INDEX OF ARTICLES

PUBLISHED IN USPEKHI FIZICHESKIKH NAUK

FOR THE YEARS 1918–1946, VOLUMES I–XXX*)

I. Alphabetical index of authors . . . 481

II. Subject index . . . 521

Adsorption	521
Acoustics	521
Amorphous state of bodies	521
Anomalous dispersion	521
Astrophysics and cosmogony	521
Atom. Structure and electron shell	522
Atomic nucleus	522
Biophysics	523
Vacuum apparatus	523
Internal photoelectric effect	524
Secondary electron emission	524
Extraction of electrons by an electric field	524
High pressures	524
Upper layers of the atmosphere	524
Viscosity	525
Gamma rays	525
Helium	525
Geophysics	525
Hydrodynamics	525
Combustion	525
Double refraction	525
Deformation	526
Diamagnetism	526
Dispersion	526
Diffraction of molecules	526
— of light	526
— of electrons	526
Diffusion	526
Dielectrics and dielectric properties of substances	526
Liquid	526
Sound. Propagation, absorption, etc.	527
Radiation	528
Isotopes	528
Institutes	528
Instruments and methods of measurement	529
Interference of light	530
Ionization	530
Ions and molecular beams	531
Artificial radioactivity	531
History of physics	531

Sources of light	532
Catalysis	532
Quantum physics	532
— chemistry	533
Kinetics of chemical reactions	533
Kinetic theory	533
Colloids and disperse systems	533
Combined scattering	533
Condensation and evaporation	534
Cosmic rays	534
Crystal lattice	534
Crystalline state of matter	534
Luminescence	535
Magnetic spectroscopy	535
Magnetic properties of matter	535
Methane	536
Meteorology	536
Mechanics	536
Mechanical properties of matter	536
Microscopy	536
Molecules. Frequencies of vibrations, forces, etc.	537
Molecular physics	537
Neutron	537
Low temperatures	537
General questions	538
Optical properties of matter	538
Osmotic pressure	538
Reflection of light	538
Surface, surface effects	538
Absorption of light	538
Semiconductors	538
Piezoelectrics	539
Radar	539
Radio	539
Radioactivity	539
Discharge in gases	540
Propagation of electromagnetic waves	540
Scattering of light	540
Splitting and decay of nuclei	541
Resonance radiation	542
X-rays. Scattering, absorption, interference	542
X-ray examination of matter	542

*) The index was compiled by T. O. Vreden-Kobetskaya with the participation of M. S. Rabinovich.

ALPHABETICAL INDEX OF AUTHORS

Superconductivity . . . . . . . . . . 543
Superfluidity . . . . . . . . . . . 543
Northern Lights . . . . . . . . . . 543
Spectra and spectroscopic investigation of matter . . . . . . 544
Alloys . . . . . . . . . . . . . . 545
Statistical physics . . . . . . . . 545
Collisions of molecules and elementary particles . . . . . . . 545

Solid body . . . . . . . . . . . . 545
Television . . . . . . . . . . . . 546
Theory of oscillations . . . . . . . 546
— metals . . . . . . . . . . . . . 546
— relativity . . . . . . . . . . . 546
— phase . . . . . . . . . . . . . 547
Thermodynamics . . . . . . . . . . 547
Technical physics . . . . . . . . . 547
Thin layers of matter . . . . . . . 548
Transuranium elements . . . . . . . 548
Dry friction . . . . . . . . . . . 548
Turbulence . . . . . . . . . . . . 548

Ultrasound . . . . . . . . . . . . 548
Ultrashort waves . . . . . . . . . 548
Accelerators of elementary particles . . . 548

Phase transitions . . . . . . . . . 549
Ferromagnetism, ferromagnetic crystals . . 549
Physiological optics, physiology of hearing . . . 549
Physical constants . . . . . . . . 549
Philosophical problems of physics . . 550
Fluctuations . . . . . . . . . . . 550

Fluorescence . . . . . . . . . . . 550
Phosphorescence . . . . . . . . . 550
Photoionization . . . . . . . . . . 550
Photoluminescence . . . . . . . . 550
Photoelasticity . . . . . . . . . . 550
Photochemistry and photography . . . 550
Photocells . . . . . . . . . . . . 551
Photoelectric effect . . . . . . . . 551

Chemical bond . . . . . . . . . . 551
Chemistry . . . . . . . . . . . . 552

Color vision . . . . . . . . . . . 552
Chain reactions . . . . . . . . . . 552

Cherenkov effect . . . . . . . . . 552

Electrodynamics . . . . . . . . . 552
Electrolytes . . . . . . . . . . . 553
Electron shell of the atom . . . . . 553
— optics . . . . . . . . . . . . . 553
— emission . . . . . . . . . . . . 553
Electrical conductivity . . . . . . . 553
Elementary particles . . . . . . . . 553
Elements 43, 72 and 75 . . . . . . 554

Anniversary articles . . . . . . . . 554

Nuclear reactions . . . . . . . . . 555
— forces . . . . . . . . . . . . . 555
Nucleus . . . . . . . . . . . . . 555

Obituaries . . . . . . . . . . . . 555

III. Index of Reviews . . . . . . . 555

I. ALPHABETICAL INDEX OF AUTHORS

A

D’Agostino, O., see Amaldi E., D’Agostino O., Fermi E., Pontecorvo B., Rasetti F. and Segrè E. 15, 833 (1935).

Aiwse F. and Fry T., Standing light waves; repetition of Wiener’s experiment on a photoelectric surface. 14, 104 (1934).

Alekseevsky N. and Shalnikov A., Work on the investigation of superconductors of small dimensions at the Institute of Physical Problems of the USSR Academy of Sciences. (Ref.) 23, 453 (1940).

Alikhanov A. I. and Alikhanyan A. I., Artificial production of radioactive elements. 15, 281 (1935).

Alikhanov A. I. and Alikhanyan A. I., New data on the nature of cosmic rays. 27, 22 (1945).

Alikhanyan A. I., see Alikhanov A. I. and Alikhanyan A. I. 15, 281 (1935).

Alikhanyan A. I., see Alikhanov A. I. and Alikhanyan A. I. 27, 22 (1945).

Altberg V. Ya., On bottom ice. 3, 392 (1923).

Altberg V. Ya., On the problem of the nucleation of crystals. 21, 69 (1939).

Amaldi E., D’Agostino O., Fermi E., Pontecorvo B., Rasetti F. and Segrè E., Artificial radioactivity produced by neutron bombardment. II. 15, 838 (1935).

Amaldi E. and Fermi E., On the absorption and diffusion of slow neutrons. 17, 343 (1937).

Amaldi E., see Fermi E., Amaldi E., Rasetti F. and Segrè E. 14, 983 (1934).

Alphabetical Index of Authors

Andreev N. N., P. Lenard. On the principle of relativity, the ether, gravitation. (Review.) 3, 322 (1923).
Andreev N. N., Ya. N. Shpilrein. Vector calculus. (Review.) 6, 78 (1926).
Andreev N. N. Elements of wave mechanics. 7, 25 (1927).
Andreev N. N., S. N. Rzhevkin. Hearing and speech in the light of modern physical research. (Review.) 9, 136 (1929).
Andreev N. N., H. Weyl. Mechanics. (Review.) 25, 514 (1941).
Andreev N. N., A. G. Stoletov. Collected works, vol. 2. (Review.) 29, 219 (1946).

Henri V., M. F. Smoluchowski. (Obituary) 1, 67 (1918).
Henri V. Leibniz’s role in the creation of scientific schools in Russia. 1, 94 (1918).
Henri V. Modern scientific worldview. 2, 3 (1920).
Henri V. The structure of the methane molecule. 8, 394 (1928).
Arago F. Thomas Young, 18, 2:2 (1937).
Arenberg A. G. see Vvedenskii B. A. and Arenberg A. G., 25, 273 (1941).
Arenberg A. G. see Vvedenskii B. A. and Arenberg A. G., 26, 1 (1944).
Arkadev V. K. Electrical and magnetic spectroscopy. 4, 263 (1924).
Arkadev V. K. The present state of the question of magnetic spectra. 8, 194 (1928).
Arkadev V. K., Stoner E. Magnetism and matter. (Review.) 15, 320 (1935).
Arkadev V. Iron. Magnetic and electrical properties of pure and carbon iron. (Review.) 15, 1051 (1935).
Artsimovich L. A. Interaction of elementary particles. 24, 122 (1940).
Auer R. O. On the present state of hydromagnetic investigations. 15, 480 (1935).
Ashcheulov A. T. Structure and physical properties of thin metallic layers. 20, 481 (1938).

B

Bazhenov V. I. Russian radio engineering. 3, 262 (1923).
Bak B. V. The present state of the theory of viscosity. 15, 1002 (1935).
Bak M. A. and Nikolaevskaya N. N. Lightning and its physical nature. 22, 294 (1939).
Bakhaus G. Establishing processes in acoustics, 19, 240, 353 (1938).
Barakan N. B. The influence of meteorological factors on the propagation of radio waves. 24, 398 (1940).
Baranov V. The origin of actinium. 2, 287 (1921).
Baranov V. The relative activity of radium and uranium. (Abstract.) 2, 318 (1921).
Barats Yu. Experimental study of electromagnetic processes of high voltage and high frequency with the aid of a cathode oscillograph. (Abstract.) 8, 415 (1928).
Bardeen J. Electrical conductivity of metals. 25, 19 (1941).
Barnett S. Gyromagnetic effects and effects of electron inertia. 18, 392 (1937).
Bartels I. The upper layers of the atmosphere. 9, 192 (1929).
Bartels J. Physics of the upper layers of the atmosphere. 13, 689 (1933).
Bastamov S. Hann’s course of meteorology. (Review.) 1, 256 (1918).
Baumgart K. K. Dmitrii Sergeevich Rozhdestvenskii. (Obituary), 25, 30 (1941).
Bakhmetev E. Metallophysics. Collection of articles edited by S. T. Konobeevskii. (Review.) 14, 130 (1934).
Bachinskii A. A new investigation in triboelectricity. (Abstract.) 1, 75 (1918).
Bachinskii A. I. A note on the occasion of the 300th anniversary of Kepler’s discovery of the third law of planetary motions. 1, 224 (1918).

Alphabetical Index of Authors

Bachinsky A., P. P. Lazarev. Fundamentals of the theory of the chemical action of light. (Rev.) 2, 130 (1920).

Bachinsky A. I., Toward the history of Russian science. N. A. Umov’s views on potential energy, on forces acting at a distance, and on mass. 3, 236 (1923).

Bachinsky A., K. Fajans. Radioactivity and the modern doctrine of the chemical elements. (Rev.) 3, 317 (1923).

Bachinsky A., Isaac Newton. Optics. A treatise on the reflections, refractions, inflections, and colors of light. (Rev.) 7, 403 (1927).

Bachinsky A., N. A. Izgaryshev. Chemical thermodynamics. (Rev.) 7, 469 (1927).

Bachinsky A., A. Smith. Introduction to inorganic chemistry. (Rev.) 8, 674 (1928).

Bachinsky A., Engineer B. V. Koshevoy. Fundamentals of technical thermodynamics. A textbook for higher technical educational institutions. (Rev.) 11, 978 (1931).

Bachinsky A., P. V. Bridgman. Thermodynamics of electrical phenomena in metals. (Rev.) 15, 319 (1935).

Bekeshi G., Physical problems of the physiology of hearing. 15, 756 (1935).

Bekker R., On the theory of ferromagnetism. 23, 399 (1940).

Belikov P., Beats in dichotic listening. (Abstr.) 2, 128 (1920).

Belikov P., On thin transparent metallic sheets. (Abstr.) 6, 267 (1926).

Belikov P. N., Practical applications of the piezoelectric properties of crystals. 8, 222 (1928).

Belikov P., Modern problems of physical chemistry and chemical technology. (Rev.) 22, 565 (1939).

Bernal J., The problem of the metallic state. 10, 401 (1930).

Bernal J. and Fowler R., The structure of water and ionic solutions. 14, 586 (1934).

Bernal J. D., The structure of proteins. 22, 98 (1939).

Bernal J. D., The physics of air raids. 26, 169 (1944).

Betz A., Wind engines in the light of modern research. 10, 165 (1930).

Biltz W., On the question of the chemical mechanics of reactions of solid substances. 5, 356 (1925).

Bimz J. W., Double refraction in an electric and magnetic field. 13, 209 (1933).

Blazhko S. N., Nicolaus Copernicus. 4, 105 (1924).

Bloch M. A., Prof. P. Walden. The phenomenon of optical inversion (Walden inversion). (Rev.) 3, 144 (1922).

Bloch M. A., Edmund O. von Lippmann. History of the origin and spread of alchemy, with an appendix on the most ancient history of metals. (Rev.) 3, 327 (1923).

Bloch M. A., Richard Lorenz. Degree of filling of space and mobility of ions. (Rev.) 4, 101 (1924).

Bloch M. A., P. Walden. Electrochemistry of nonaqueous solutions. (Rev.) 4, 336 (1924).

Bloch M., P. Walden. Chemistry of free radicals. (Rev.) 4, 338 (1924).

Blokhin M., X-ray spectra as a method for investigating the distribution of electrons among states. 28, 438 (1946); 29, 164 (1946).

Blokhintsev D. I., Model representation of the electron cloud of hydrogen-like atoms. 12, 160 (1932).

Blokhintsev D. I., S. E. Khaikin. What are inertial forces. (Rev.) 25, 251 (1941).

Blackett and Occhialini, Disintegration of atoms by cosmic rays and the positive electron. 13, 491 (1933).

Alphabetical Index of Authors

Blewett J. P., Properties of oxide cathodes. 24, 228 (1940).

Boyce J. C., Spectroscopy in the vacuum ultraviolet region of the spectrum. 30, 245 (1946).

Bone W. A., Fifty years of experimental research on the influence of water vapor on the combustion of carbon monoxide. 12, 469 (1932).

Bonger F. F., Properties of free hydrogen. 8, 61 (1928).

Bohr N., On the serial spectra of the elements. 3, 29 (1922).

Bohr N., The structure of atoms and the physico-chemical properties of the elements. 3, 214 (1923).

Bohr N., On the structure of atoms. 3, 417 (1923).

Bohr N., Atomic theory and mechanics. 6, 93 (1926).

Bohr N., The quantum postulate and the recent development of atomistics. 8, 306 (1928).

Bohr N., Neutron capture and the structure of the nucleus. 16, 425 (1936).

Bohr N., see Fok V. A., Einstein A., Podolsky B., Rosen N., and Bohr N. 16, 436 (1936).

Bohr N., Transformations of atomic nuclei. 18, 337 (1937).

Bohr N. and Kalckar F., On the transformations of atomic nuclei caused by collisions with material particles. 20, 317 (1938).

Bohr N., The nuclear photoeffect. 20, 341 (1938).

Born M., The chemical bond as a dynamical problem. 5, 338 (1925).

Bridgman P., Some theoretically interesting phenomena observed at high pressures. 16, 64 (1936).

Bridgman P. W., On the nature of metals in connection with the study of their properties at high pressures. 20, 513 (1938).

Bridgman P. W., Modern research in the field of high pressures. 29, 305 (1946).

Brillouin L., Ultrahigh-frequency waves and their practical applications. 25, 430 (1941).

Brodsky A. I., Stable isotopes of the light elements. 20, 153 (1938).

Broglie L. de, Diffraction of electrons by gas molecules. 17, 175 (1937).

Bronstein M. P., The present state of relativistic cosmology. 11, 124 (1931).

Bronstein M. P., Dirac. Principles of Quantum Mechanics. (Review.) 11, 355 (1931).

Bronstein M., H. Weyl. Group Theory and Quantum Mechanics. (Review.) 11, 358 (1931).

Bronstein M., Gamow. The Structure of the Atomic Nucleus and Radioactivity. (Review.) 12, 362 (1932).

Bronstein M. P., Absorption and scattering of γ-rays. 12, 649 (1932).

Bronstein M. P., Internal conversion of γ-rays. 13, 537 (1933).

Bronstein M. P., All-Union Nuclear Conference. 13, 768 (1933).

Bronstein M. P., A. N. Terenin. Introduction to Spectroscopy. (Review.) 14, 248 (1934).

Bronstein M. P., Conference on theoretical physics. (Chronicle.) 14, 516 (1934).

Brown V. F. and Vonsovsky S. V., The magnetization curve and domains of ferromagnets. 26, 45 (1944).

ten Bruggencate P., The structure of the universe. 17, 249 (1937).

Brumberg E., A new type of monochromator. (Abstract.) 15, 427 (1935).

Bragg W. H., Investigation of the properties of thin layers by means of X-rays. 5, 45 (1925).

Bragg W. H. and Bragg W. L., Analysis of crystals and atomic forces. 5, 265 (1925).

Bragg W. H., The structure of organic crystals. 8, 597 (1928).

Bragg W. H., The structure of cellulose in the light of X-ray analysis. 10, 325 (1930).

Alphabetical Index of Authors

Bragg W. G., The granular structure of solids. 19, 195 (1938).
Bragg W. G., On the structure and properties of clays. 21, 1 (1939).
Bragg W. G., On the structure of ice. 21, 103 (1939).
Bragg W. L., see Bragg W. G. and Bragg W. L. 5, 265 (1925).
Bragg W. L., Development of X-ray analysis of crystals. 13, 195 (1933).
Brüche E., Model experiments toward the theory of Störmer’s aurora and “echo of world space.” 11, 770 (1931).
Brüche E., Electron optics. II. Survey of experimental electron optics and its applications. 17, 477 (1937).
Bursian V. R., The electrical nature of molecular forces in crystals. 3, 65 (1922).
Buchholz N., Max Planck. Introduction to the mechanics of deformable bodies. (Rev.) 9, 701 (1929).
Busch G., Electron optics. I. Foundations and development of electron optics. 17, 470 (1937).
Bjerrum N., Electrical forces between ions in solutions. 7, 269 (1927).
Birge R. T., A new table of values of general physical constants. 26, 74 (1944).

V

Vavilov S., Investigations and determinations of wavelengths in the red and infrared region of the spectrum. (Abstr.) 1, 77 (1918).
Vavilov S., On the applicability of soot and platinum black for blackening in measurements of radiant energy. (Abstr.) 1, 149 (1918).
Vavilov S., The nature of the northern lights. (Abstr.) 1, 233 (1918).
Vavilov S., A new method for determining the temperature of a luminous flame. (Abstr.) 1, 234 (1918).
Vavilov S., An interrupter for strong currents. (Abstr.) 1, 234 (1918).
Vavilov S., Electrical conductivity of thin metallic films. (Abstr.) 1, 235 (1918).
Vavilov S., Calculation and measurement of self-inductance and capacitance. (Abstr.) 1, 266 (1918).
Vavilov S., The entropy equation of solids and gases and the universal quantum of energy. (Abstr.) 2, 107 (1920).
Vavilov S., Heat of neutralization and the theory of quanta. (Abstr.) 2, 109 (1920).
Vavilov S., On the broadening of spectral lines. (Abstr.) 2, 124 (1920).
Vavilov S., The dependence between the dielectric constant and the minimal ionizing potential of a gas. (Abstr.) 2, 118 (1920).
Vavilov S., G. Witte. Space and time from the point of view of modern physics. (Rev.) 2, 129 (1920).
Vavilov S., Damping of molecular oscillations and elementary radiation. 2, 258 (1921).
Vavilov S., An attempt to interpret the result of Michelson’s experiment. (Abstr.) 2, 299 (1921).
Vavilov S., Direct measurement of thermal molecular velocities. (Abstr.) 2, 301 (1921).
Vavilov S., Orientation of atoms in a crystal. (Abstr.) 2, 302 (1921).
Vavilov S., Absorption of light by molecules in relation to slow electrons. (Abstr.) 2, 304 (1921).
Vavilov S., Numerical value of Planck’s universal constant. (Abstr.) 2, 311 (1921).
Vavilov S., On the influence of a magnetic field on photoelectric phenomena. (Abstr.) 2, 314 (1921).
Vavilov S., Temperature coefficient of the decomposition of chlorophyll in light. (Abstr.) 2, 315 (1921).

Alphabetical Index of Authors

Vavilov S. Fluorescence of mercury vapor. (Abstract) 2, 315 (1921).

Vavilov S., A. Einstein. Ether and the principle of relativity. Translated from the German by A. P. Afanas’eva. (Review) 2, 335 (1921).

Vavilov S., G. A. Lorentz. Theory of electrons. (Review) 2, 338 (1921).

Vavilov S., P. Lenard. On the principle of relativity, ether, and gravitation. (Review) 2, 336 (1921).

Vavilov S. Oersted’s discovery of electromagnetism in 1820. (Abstract) 2, 337 (1921).

Vavilov S. A new photometer for measuring weak light sources. (Abstract) 3, 113 (1922).

Vavilov S., N. Bohr. Collected papers on the structure of the atom for the years 1913–1916. (Review) 3, 136 (1922).

Vavilov S., W. Gerlach. Experimental foundations of quantum theory. (Review) 3, 136 (1922).

Vavilov S. I. Light pressure, mass, and energy. (In memory of P. N. Lebedev) 3, 192 (1923).

Vavilov S. Rotational spectra and isotopes. (Abstract) 3, 289 (1923).

Vavilov S. Bohr’s theory and the consequences of the principle of relativity. (Abstract) 3, 290 (1923).

Vavilov S. Observation of the higher members of the Balmer series and the hydrogen spectrum of a long discharge tube. (Abstract) 3, 291 (1923).

Vavilov S. On the width and intensity of the mercury absorption line. (Abstract) 3, 293 (1923).

Vavilov S. A new optical property of birefringent crystals. (Abstract) 3, 294 (1923).

Vavilov S. Temperature radiation of gases and spark spectra. (Abstract) 3, 295 (1923).

Vavilov S. Experimental proof of the scattering of light in pure transparent gases. (Abstract) 3, 297 (1923).

Vavilov S. Experimental proof of the discreteness of the directions of the vector of atomic angular momentum in a magnetic field. (Abstract) 3, 301 (1923).

Vavilov S., Poinzheim. Fluorescence in the light of the modern theory of the atom. (Review) 3, 313 (1923).

Vavilov S. On the influence of a magnetic field on the polarization of resonance radiation. (Abstract) 3, 479 (1923).

Vavilov S., R. W. Wood. Physical optics. (Review) 3, 496 (1923).

Vavilov S. I. The action of light and the theory of quanta. 4, 36 (1924).

Vavilov S. Absorption of light in bromine and chlorine vapors. (Abstract) 4, 98 (1924).

Vavilov S. Atoms and electrons. Reports and debates at the 3rd Physics Congress of the Solvay Institute. (Abstract) 4, 102 (1924).

Vavilov S. Pierre Bouguer. Essay on the gradation of light. (Review) 4, 215 (1924).

Vavilov S., K. A. Kremlev. The art of making scientific instruments and experimental physics. (Review) 5, 261 (1925).

Vavilov S. A new method for determining the shape and dimensions of ultramicroscopic objects. (Abstract) 5, 408 (1925).

Vavilov S. I. New experimental confirmations of the consequences of the general theory of relativity. (Abstract) 5, 457 (1925).

Vavilov S., Leonardo da Vinci. On motion and the measure of water. (Review) 5, 462 (1925).

Vavilov S. I. Attempts to detect electrodynamic effects of the motion of the Earth at great altitudes. (Abstract) 6, 76 (1926).

Vavilov S. Physical handbook. Edited by G. Geiger and K. Scheel, vol. X, Thermal properties of matter. (Review) 6, 79 (1926).

Vavilov S., V. Henri. Structure of molecules. (Review) 6, 80 (1926).

Vavilov S. I. New searches for the “ether wind.” (Abstract) 6, 242 (1926).

Alphabetical Index of Authors

Vavilov S., Photochemical reactions in liquids and gases. Discussion of the Faraday Society, October 1–2, 1925, in Oxford; (Ref.) 6, 270 (1923).

Vavilov S., A new repetition of Michelson’s experiment. (Ref.) 6, 421 (1926).

Vavilov S. I., Principles and hypotheses of Newton’s optics. 7, 87 (1927).

Vavilov S. I., Foreword to the translation of Newton’s optical memoirs. 7, 123 (1927). Notes to the translation of Newton’s optical memoirs. 7, 159 (1927).

Vavilov S., Houston R. A. Light and Color. V. Ostwald. Color Science. L. Richter. Fundamentals of the Doctrine of Colors. (Rev.) 7, 307 (1927).

Vavilov S. A., Michelson. Studies in optics. (Rev.) 7, 405 (1927).

Vavilov S., M. Planck. Introduction to Theoretical Optics. (Rev.) 7, 497 (1927).

Vavilov S., P. S. Tartakovskii. Quanta of Light. (Rev.) 8, 265 (1928).

Vavilov S., Louis de Broglie. Introduction to Wave Mechanics. (Rev.) 9, 538 (1929).

Vavilov S., A. Haas. Matter Waves and Quantum Mechanics. (Rev.) 8, 265 (1928).

Vavilov S., Gravitational displacement of spectral lines on the Sun. (Ref.) 8, 438 (1928).

Vavilov S., A. Haas. Matter Waves and Quantum Mechanics. (Rev.) 10, 433 (1930).

Vavilov S., V. Heisenberg. Physical Principles of Quantum Theory. (Rev.) 10, 788 (1930).

Vavilov S. I., A. I. Tudorovskii. Electricity and Magnetism; part 1, (Rev.) 14, 249 (1934).

Vavilov S. I., V. I. Lenin and modern physics. 26, 113 (1944).

Vavilov S. I., The creative work of the State Optical Institute. 27, 106 (1945).

Vavilov S. I., The physics cabinet.—The physics laboratory.—The Physics Institute of the Academy of Sciences over 220 years. 23, 1 (1946).

Weinstein E. E., X-ray spectroscopic methods for investigating the mosaic structure of natural and deformed crystals. (Ref.) 23, 78 (1940).

Weinstein E. E., New ideas in X-ray spectroscopic technique. (Ref.) 25, 362 (1941).

Weinstein E. E., Study of the surface of crystals by means of X-rays. (Ref.) 25, 368 (1941).

Vasiliev N., The spectrum of the northern lights and the structure of the upper layers of the atmosphere. (Ref.) 4, 210 (1924).

Vvedenskii B., Magnetic susceptibility. (Ref.) 3, 122 (1922).

Vvedenskii B., The thermionic tube as a physical instrument. (Ref.) 3, 277 (1923).

Vvedenskii B. A., New magnetic alloys. 5, 244 (1925).

Vvedenskii B. A. and Arenberg A. G., Refraction of ultrashort waves in an “undisturbed” troposphere. 25, 273 (1941).

Vvedenskii B. A. and Arenberg A. G., Influence of the troposphere on the stability of reception of ultrashort radio waves. 26, 1 (1944).

Weierstrass. Speech delivered upon assuming the office of rector of the University of Berlin on October 15, 1873. 1, 85 (1918).

Weinberg B. P., N. Idelson. Comparative computations by the method of least squares. (Rev.) 8, 550 (1928).

Weiskopf V., Width of spectral lines in gases. 23, 552 (1933).

Weiskopf V., Problems of the new quantum theory of the electron. 16, 293 (1936).

Venderovich A., Fine structure of X-ray absorption spectra. 13, 752 (1933).

ALPHABETICAL INDEX OF AUTHORS

Vernov S. N., New works in the field of the study of cosmic rays. (Abstract.) 14, 120 (1934).

Westendorp V. F. and Charlton E. E., An induction electron accelerator at 100 million volts. 30, 119 (1946).

William H., see Finn G. I. and William H. 20, 197 (1938).

Williams E. J., Passage of charged particles through matter. 18, 492 (1937).

Wyn M., Ioss G. and Lange E., Structure of electrolytic solutions. 9, 339 (1929).

Virl R., see Mark G. and Virl R. 10, 737 (1930).

Volarovich M. P. and Deryagin B. V., In memory of N. K. Shchdro. (Obituary.) 24, 301 (1940).

Volkova Z., A new method for measuring diffusion in liquids. (Abstract.) 13, 779 (1933).

Volkenshtein M., Heavy hydrogen and heavy water. (Abstract.) 13, 976 (1933).

Volkenshtein M. V., Vibrations of polyatomic molecules and their study by means of group theory. 16, 349 (1936).

Volkenshtein M. V., Raman effect and intermolecular interaction. 18, 153 (1937).

Volkenshtein M. V., Electro-optics of molecular vibrations. 29, 54 (1946).

Volkenshtein F., Mechanism of electronic conductivity in dielectrics and semiconductors. (Abstract.) 12, 351 (1932).

Volkenshtein F., On the electronic theory of the metal. (Abstract.) 12, 732 (1932).

Volkenshtein F., Louis de Broglie. The theory of quanta in the new mechanics. (Review.) 13, 463 (1933).

Volkenshtein F. F., Physics of dielectrics, edited by A. F. Walter. (Review.) 13, 635 (1933).

Volkenshtein F. F., A. F. Walter. Breakdown of solid dielectrics. (Review.) 14, 678 (1934).

Volkenshtein F., A. F. Ioffe. Electronic semiconductors. (Review.) 14, 927 (1934).

Volkenshtein F., Ya. G. Dorfman and I. K. Kikoin. Physics of metals. Electrical, optical and magnetic properties. (Review.) 14, 928 (1934).

Volkenshtein F. F., Electronic processes in real crystals. 28, 389 (1946).

Volterra V., Mathematical theory of the struggle for existence. 8, 13 (1928).

Vonsovskii S. V., Modern ideas on the processes of technical magnetization. 22, 58 (1939).

Vonsovskii S. V., see Broun V. F. and Vonsovskii S. V. 26, 45 (1944).

Wulff G. V., Physics and crystallography. 3, 15 (1922).

Wulff G. V., Advances in our knowledge in the field of the structure of crystals. 3, 234 (1923).

Wolfson K., A hydraulic particle counter and its application. (Abstract.) 15, 536 (1935).

Wolfson K., Scattering of photons and the laws of conservation of energy and momentum. 17, 93 (1937).

G

Gaaz A., Physics as a geometrical necessity. 3, 3 (1922).

De Haas W., On the lowest temperatures. 14, 95 (1934).

Gavrilov A. F., In memory of A. A. Fridman. (Obituary.) 6, 73 (1926).

Galperin I. S., On the nature of cosmic radiation. 11, 787 (1931).

Galperin F. and Markov M., The origin of uncertainty in quantum mechanics and the principle of causality. 13, 1 (1933).

Alphabetical Index of Authors

Gamov G. A., The beginning of principal observability in modern physics. 7, 386 (1927).

Gamov G. A., Essay on the development of the doctrine of the structure of the atomic nucleus. Theory of radioactive decay. 10, 531 (1930); 12, 31, 389 (1932); 13, 46 (1933); 14, 389 (1934).

Hevesy G., Radioactivity of potassium. 15, 596 (1935).

Heisenberg W., Quantum mechanics. 6, 425 (1926).

Heisenberg W., Remarks on the theory of the atomic nucleus. 16, 1 (1936).

Heisenberg W. and Euler H., On the theory of cosmic radiation. 21, 130, 461 (1939).

Gerasimov, On the shunt method of measuring reception force. (Ref.) 1, 239 (1918).

Gerasimov F., see Frisch C. and Gerasimov F. 16, 116 (1936).

Gerlach W., Problems of quantitative chemical spectral analysis. 12, 44 (1932).

Gerlach W., Ferromagnetic transformations. The problem of the Curie temperature. 23, 368 (1940).

Hertz G., On rays of electric force. 19, 559 (1938).

Herzberger M., Theory of the microscope. 16, 379 (1936).

Gibbs J. W., Method of geometrical representation of the thermodynamic properties of substances by means of surfaces. 21, 382 (1939).

Guillemin E., Ultrasound. 16, 586 (1936).

Ginzburg V., G. Herzberg. Molecular spectra and the structure of molecules. Vol. I. Diatomic molecules. (Rev.) 24, 635 (1940).

Ginzburg V. L., Theory of the propagation of radio waves in the ionosphere. 28, 155 (1946).

Ginzburg V. L., L. Landau and E. Lifshitz. Mechanics of continuous media. (Rev.) 28, 384 (1946).

Ginzburg V. L., Heavy particles and nuclear disintegrations (“stars”) in cosmic rays. 29, 29 (1946).

Ginzburg V., I. L. Gerlovin. The nature of light and of some physical phenomena. (Rev.) 29, 370 (1946).

Hinshelwood J. H., Kinetics of homogeneous reactions. 7, 407 (1927).

Hinshelwood J. H., Problems of energy transfer in the kinetics of chemical reactions. 9, 111 (1929).

Glagoleva-Arkad’eva A. A., A new scale of electromagnetic waves. 6, 216 (1926).

Gogoberidze D., F.-N. Kharadzh. X-ray technology. (Rev.) 21, 363 (1939).

Gogoberidze D. B., Defects of crystals. 23, 442 (1940).

Goldovskii M. L., Friction of pure metals and the influence of absorbed gases. Temperature coefficient of friction. (Ref.) 25, 373 (1941).

Golik A. Z., Critical point. 23, 67 (1940).

Golubkov P. V., Konstantin Aleksandrovich Leont’ev. (Obituary) 12, 501 (1932).

Goldschmidt V. M., Structure of crystals and chemical composition. 9, 811 (1929).

Gol’man H. E., Production and application of ultrashort undamped electric waves. 15, 871 (1935).

Gorokhovskii Yu. N., Methods of spectral sensitometry. 16, 605 (1936).

Gokhberg B. M., Leningrad Physico-Technical Institute of the Academy of Sciences of the USSR. 24, 11 (1940).

Goldhaber, see Chadwick and Goldhaber. 14, 953 (1934).

Grammel R., Mechanical proofs of the motion of the Earth. 3, 335 (1923).

Granovskii V. L., New experimental investigations of electron waves. 9, 308 (1929).

ALPHABETICAL INDEX OF AUTHORS

Granovsky V. L., Electrical fluctuations and the limit of sensitivity of electrical instruments. 13, 805 (1933); 15, 435 (1935).
Greski G., On the application of visible and invisible rays in communications engineering and traffic safety. 12, 173 (1932).
Grinberg A. P., Metastable excited states of stable nuclei. 23, 358 (1940).
Grinberg A. P., The hypothesis of the neutrino and new experimental data confirming it. 26, 183 (1944).
Grinberg A. P., [[unclear: entry cut off at bottom of visible fragment]]

ALPHABETICAL INDEX OF AUTHORS

Dorfman Ya. G., The problem of strong magnetic fields and the work of P. L. Kapitsa. 9, 79 (1929).
Drusdel K. V., Marine underwater signaling and transmission of sound under water. 5, 206 (1925).
Davisson K., Are waves electrons? 8, 483 (1928).
Dennington F., Atomic constants. 23, 162 (1940).
DuBridge L., New theories of the photoelectric effect. 19, 74 (1938).

E

Elyashevich M. A., Mechanics of molecular vibrations. 28, 482 (1946).

Zh

Zhukhovitsky A., A. G. Pavlovich. Thermodynamic theory of chemical affinity. (Review.) 14, 823 (1934).
Zhukhovitsky A. and Tyomkin M., M. T. Zarafyan. What is entropy. (Review.) 15, 935 (1935).
Zhukhovitsky A., A. F. Golovin. New ideas on heat and the structure of the solar system. (Review.) 16, 144 (1936).

Z

Zaborovsky A. I., Acad. P. P. Lazarev. Foundations of the physics of the earth. (Review.) 25, 250 (1941).
Zaidel A. and Larnonov Ya., Spectroscopy of solutions of rare-earth salts. 21, 211 (1939).
Zaitsev A. A., On the influence of electric and magnetic fields on the properties of gases. 14, 1009 (1934).
Zaitsev A. A. and Reichrudel E. M., Ionization by impacts of the second kind in a gas discharge. 20, 447 (1938).
Zaitsev N. S., see Khlebnikov N. S. and Zaitsev N. S. 19, 278 (1938).
Zvorykin V. K., Television. 14, 778 (1934).
Zeitz V., Ionic conductivity in solid salts. 18, 542 (1937).
Zeitz F. and Johnson R. P., Modern theory of solids. 23, 89, 293 (1940).
Zeldovich Ya. B. and Khariton Yu. B., Fission and chain decay of uranium. 23, 329 (1940).
Zeldovich Ya. B. and Khariton Yu. B., Mechanism of nuclear fission. 25, 381 (1941).
Zernov V. D., Advances in acoustics over the last 15 years. 1, 121 (1918).
Zernov D., Economical sources of light. 15, 522 (1935).
Zernov D., Electron optics and its applications. 21, 162 (1939).
Zernov D., A universal electron microscope for light-field, dark-field, and stereoscopic images. (Abstract.) 24, 297 (1940).
Zingerman A. S., Theory and mechanism of gas breakdown. 15, 55 (1941).
Sommerfeld A., Periodic system, chemical bonds and crystal-

ALPHABETICAL INDEX OF AUTHORS

I

Ivanenko D., H. Weizsäcker. Dark nuclei. (Review) 18, 280 (1937).

Ivanenko D., J. H. Jeans. Electrons. 20, 257 (1938).

Ivanenko D. D., Cosmic rays and new “semi-heavy” particles. 19, 322 (1938).

Ivanenko D., A. Sommerfeld. Atomic structure and spectra, vol. 2. (Review) 23, 455 (1940).

Ivanenko D., Gregor Wentzel. Introduction to quantum field theory. (Review) 29, 370 (1946).

Idelson N., A. S. Eddington. Stars and atoms. (Review) 8, 549 (1928).

Ievlev A. P., Modern fractionating pumps. 29, 179 (1946).

Ilyin B. V., Does the sub-electron exist? (Abstract) 1, 240 (1918).

Ilyin B. V., Protection of radiotelegraph receivers from atmospheric discharges. (Abstract) 1, 241 (1918).

Ilyin B. V., Electrical conductivity of dielectrics (A. F. Ioffe, electrical conductivity of quartz). (Abstract) 1, 241 (1918).

Ilyin B. V., Theory of the magneton. (Abstract) 1, 242 (1918).

Ilyin B. V., Electromotive force arising during the rotation of conductors. (Abstract) 1, 242 (1918).

Ilyin B. V., On the relation between hardness and the physical constants of elements. (Abstract) 1, 243 (1918).

Ilyin B. V., Theory of light sensations. (Abstract) 1, 244 (1918).

Ilyin B. V., Osmotic pressure and density oscillations in concentrated emulsions. (Abstract) 1, 245 (1918).

Ilyin B. V., Laws of excitation by ultraviolet rays. (Abstract) 1, 247 (1918).

Ilyin B. V., Molecular forces and valence in physico-chemical and biological processes. 2, 233 (1921).

Ilyin B., Measurements of the strength of radio reception, ionization of the atmosphere, and other meteorological elements during the solar eclipse of April 8, 1921. 2, 277 (1921).

Ilyin B., The role of valence in the electrocoagulation of colloids. (Abstract) 2, 295 (1921).

Ilyin B., P. P. Lazarev. Current problems of biological physics. (Review) 2, 329 (1921).

Ilyin B., I. A. Smorodintsev. Enzymes of the plant and animal kingdoms. (Review) 2, 331 (1921).

Ilyin B., Bechhold. Colloids in biology and medicine. (Review) 2, 332 (1921).

Ilyin B. V., Ehrenhaft’s sub-electrons. (Abstract) 3, 484 (1923).

Ilyin B., A. K. Timiryazev. Kinetic theory of matter. (Review) 3, 496 (1923).

Ilyin B. V., On the jubilee of H. A. Lorentz. 5, 411 (1925).

Ilyin B. V., Molecular forces and their electrical nature. 6, 435 (1926).

Ilyin B., Acad. P. P. Lazarev. Recent advances in biological physics. (Review) 9, 139 (1929).

Ilyina A. A., Light filters for the near infrared part of the spectrum. 29, 359 (1946).

Joos G., New data for and against the theory of relativity. 6, 21 (1926).

Joos G., see Wien M., Joos G., Lanke E. 9, 339 (1929).

Joos G., P. Bothe. Michelson’s experiment. 12, 136 (1932).

Jordan P., Causality and statistics in modern physics. 7, 318 (1927).

Jordan P., The hypothesis of light quanta, its development and present state. 10, 27 (1930).

Alphabetical Index of Authors

Lazarev P., V. M. Beilis. Fundamentals of General Physiology. (Rev.) 1, 156 (1918).

Lazarev P., S. Boguslavsky. Fundamentals of Molecular Physics and the Application of Statistics to the Calculation of Thermodynamic Potentials. (Rev.) 1, 156 (1918).

Lazarev P., V. V. Svyatoslavsky. 1) On the Calorimetric Bomb and on the Standard in the Thermochemistry of Organic Compounds. 2) Diazo Compounds. Thermochemical Investigations. (Rev.) 1, 160 (1918).

Lazarev P., S. E. Sheppard. Photochemistry. (Rev.) 1, 160 (1918).

Lazarev P., Theodor Lyman. Spectroscopy in the Region of the Far Ultraviolet. (Rev.) 1, 161 (1918).

Lazarev P., Properties of Adsorption. (Ref.) 1, 249 (1918).

Lazarev P., On the Optical Properties of Colloidal Films. (Ref.) 1, 249 (1918).

Lazarev P., Collection on Spectroscopy. (Rev.) 1, 267 (1918).

Lazarev P., The Kursk Magnetic Anomaly according to the Works of the Commission under the Academy of Sciences. 2, 61 (1920).

Lazarev P., On Rutherford’s Work on the Passage of Rays through Matter. (Ref.) 2, 95 (1920).

Lazarev P., On the Composition of the Atomic Nucleus in Connection with Its Disintegration. (Ref.) 2, 97 (1920).

Lazarev P., Is Isotopy Possible in Hydrogen and Oxygen? (Ref.) 2, 98 (1920).

Lazarev P., On Experimental Proof of Ampère Molecular Currents. (Ref.) 2, 100 (1920).

Lazarev P., On Confirmation of Bohr’s Theory of the Atom by Studying Collisions of Electrons and Gas Molecules. (Ref.) 2, 100 (1920).

Lazarev P., On the Ionization Potential of Helium. (Ref.) 2, 102 (1920).

Lazarev P., On the Structure of the Helium Atom. (Ref.) 2, 102 (1920).

Lazarev P., On Bohr’s Model of the Atom. (Ref.) 2, 103 (1920).

Lazarev P., On Electron Rings in the Atom. (Ref.) 2, 103 (1920).

Lazarev P., On the Natural Oscillations of Atoms in Bohr’s Model in the Infrared Part of the Spectrum in Connection with Specific Heat at High Temperatures. (Ref.) 2, 104 (1920).

Lazarev P., On the Propagation of Sound in Water. (Ref.) 2, 128 (1920).

Lazarev P., M. Planck. Introduction to General Mechanics. (Rev.) 2, 135 (1920).

Lazarev P., Proceedings of the Institute of Physico-Chemical Analysis, edited by N. S. Kurnakov and B. N. Menshutkin. (Rev.) 2, 136 (1920).

Lazarev P., K. Fajans. Radioactivity and the Latest Advances in the Study of the Chemical Elements. (Rev.) 2, 136 (1920).

Lazarev P., K. F. Gauss. Theoretical Astronomy (Lectures Delivered in Göttingen in 1820–1821, Recorded by Kupffer). (Rev.) 2, 137 (1920).

Lazarev P., V. Nernst. Theoretical and Experimental Foundations of the New Principle of Thermodynamics. (Rev.) 2, 137 (1920).

Lazarev P., Siegfried Valentiner. Fundamentals of Quantum Theory. (Rev.) 2, 138 (1920).

Lazarev P., A. F. Ioffe. Lectures on Molecular Physics. (Rev.) 2, 138 (1920).

Lazarev P. P., The Fundamental Psychophysical Law and Its Contemporary Formulation. 2, 222 (1921).

Lazarev P. P., On the Application of the Second Principle of Thermodynamics to a Living Organism. (Ref.) 2, 291 (1921).

Lazarev P., A. Sommerfeld. Atomic Structure and Spectra. (Rev.) 2, 338 (1921).

Lazarev P. P., On the Kursk Magnetic Anomaly according to Investigations of 1921. 3, 304 (922).

Lazarev P., Photochemistry of Carbon Assimilation. (Ref.) 3, 285 (1923).

Alphabetical Index of Authors

Lazarev P., Leonor Michaelis. A practicum in physical chemistry, in particular colloid chemistry, for physicians and biologists. (Review) 3, 324 (1923).
Lazarev P., G. Tamman. Aggregate states. (Review) 3, 325 (1923).
Lazarev P., Jacques Loeb. 4, 325 (1924).
Lazarev P., V. Shuleikin. Physics of the Sea. Vol. 1. Dynamics of the sea, thermics of the sea, optics of the sea. (Review) 14, 925 (1934).
Lazarev P. P., On the twenty-fifth anniversary of the death of P. N. Lebedev. 17, 405 (1937).
Lazarev P. P., Physical Dictionary; editor-in-chief Prof. P. N. Belyakov. (Review) 18, 279 (1937).
Lax K., Pirani M. and Rompe R., Modern light sources. 16, 39 (1936).
Lange B., Photoelements in science and technology. 11, 747 (1931).
Lande E., see Wien M., Ioos G., Lande E. 9, 339 (1929).
Landsberg G. S., Deflection of light in the gravitational field of the sun (results of English expeditions observing the solar eclipse of 1919). 2, 169 (1921).
Landsberg G. S., On the hypothesis of light quanta. (Abstract) 3, 124 (1922).
Landsberg G. S., Light quanta and the spatial structure of radiation. (Abstract) 3, 124 (1922).
Landsberg G., A. Sommerfeld. Atomic Structure and Spectra. (Review) 3, 315 (1923).
Landsberg G., Ionization and excitation potentials of nitrogen. (Abstract) 3, 481 (1923).
Landsberg G., Ionization potential of helium. (Abstract) 3, 482 (1923).
Landsberg G., On collisions “of the second kind.” (Abstract) 3, 486 (1923).
Landsberg G. S., On the true absorption of light. (Abstract) 3, 487 (1923).
Landsberg G., On the luminescence of atoms. (Abstract) 3, 487 (1923).
Landsberg G., Max Born. Einstein’s Theory of Relativity and Its Physical Foundations. (Review) 3, 494 (1923).
Landsberg G. S., S. A. Boguslavskii. (Obituary) 4, 95 (1924).
Landsberg G., Eberhard Buchwald. The Correspondence Principle. (Review) 4, 104 (1924).
Landsberg G., On the quantum theory of radiation. (Abstract) 4, 383 (1924).
Landsberg G. S., Experimental verification of Bohr’s theory of radiation. (Abstract) 5, 252 (1925).
Landsberg G., M. Born. Lectures on Atomic Mechanics. (Review) 5, 258 (1925).
Landsberg G. S., Spectral formulae and their graphical representation. 5, 370 (1925).
Landsberg G., A. Sommerfeld. Atomic Structure and Spectra. Part 1. (Review) 6, 172 (1926).
Landsberg G., M. Born. Problems of Atomic Dynamics. (Review) 6, 271 (1926).
Landsberg G., H. A. Kramers and H. Holst. Atomic Structure and Bohr’s Theory. (Review) 6, 272 (1926).
Landsberg G., Franck and Jordan. Excitation of Quantum Transitions by Collisions. (Review) 6, 423 (1926).
Landsberg G., E. Grimsehl. Course of Physics for Students, Teachers, and for Self-Education. (Review) 6, 514 (1926).
Landsberg G., E. Lecher. Course of Physics for Physicians and Biologists. (Review) 7, 303 (1927).
Landsberg G., A. A. Eichenwald. Electricity. (Review) 7, 304 (1927).
Landsberg G., V. G. Bragg. On the Nature of Things. (Review) 7, 305 (1927).
Landsberg G., O. D. Khvolson. Course of Physics. Supplementary Volume. Physics 1914–1926 7, (Review) 7, 401 (1927).
Landsberg G. S., New experiments with a molecular beam by the method of O. Stern. 7, 494 (1927).
Landsberg G., New developments in the question of the scattering of light. 9, 35 (1929).

Alphabetical Index of Authors

Landsberg G., P. I. Lukirskii. Fundamentals of the Electron Theory. (Review) 9, 540 (1929).
Landsberg G., Technique of the Physical Experiment. Edited by acad. A. F. Ioffe. (Review) 9, 541 (1929).
Landsberg G. S., Hydrogen isotope with mass 2. 12, 343 (1932).
Landsberg G., Prof. O. D. Khvolson. Course of Physics. (Review) 14, 815 (1934).
Lande A., Why the system of chemical elements has period lengths 2, 8, 8, 18, 18, 32, 5, 33 (1925).
Lapinskii P., Prof. I. I. Kosonogov. (Obituary) 3, 275 (1923).
Lapinskii P. G., Modern theories of metallic electrical conductivity. 7, 47, 289 (1927).
Lapinskii P., F. Cajori. History of Physics. (Review) 10, 433 (1930).
Lapiro-Skoblo M., M. M. Sitnikov. Ion processes and some of their technical applications. (Review) 9, 703 (1929).
Larionov Ya., Prof. Heinrich Lundegårdh. Quantitative Spectral Analysis of Elements. Part 2. (Review) 16, 140 (1936).
Larionov Ya., see A. Seidel and Ya. Larionov. 21, 11 (1939).
Laue M., On the relations between Heisenberg uncertainties and their theoretical-cognitive significance. 15, 343 (1935).
Leb J., Explanation of the colloidal state of protein bodies. 4, 156 (1924).
Lebedinskii V. K. and Mitkevich V. F., Aleksandr Antonovich Dobiash. (Obituary) 13, 149 (1933).
Levashevich M. A., Application of X-rays to the study of the structure of molecules. 16, 657 (1936).
Levin B., Sodium in the stratosphere. (Abstract) 21, 484 (1939).
Levin V. G., Recent investigations in the field of cosmic rays. 18, 507 (1937).
Levich V., Third All-Union Conference on the Atomic Nucleus. 21, 75 (1939).
Levich V. G., Fifth All-Union Conference on the Atomic Nucleus. 25, 241 (1941).
Levshin V., Photoelectric effect in crystals. (Abstract) 5, 143 (1925).
Levshin V., Structure of radioactive atoms and the origin of α-rays. (Abstract) 8, 410 (1928).
Levshin V., A new method of photographing in infrared rays. (Abstract) 12, 726 (1932).
Leibenson L., A. Föppl and L. Föppl. Force and Deformation. I. Applied Theory of Elasticity. (Review) 14, 524 (1934).
Leont’eva A. A., Modern theories of the viscosity of liquids. 23, 131 (1940).
Linford L. B., Recent investigations in the field of the external photoelectric effect. 14, 133 (1934).
London F., Quantum theory and the chemical bond. 9, 167 (1929).
London F., Electrical theory of forces between atoms and molecules. 13, 430 (1933).
London F., General theory of molecular forces. 17, 421 (1937).
Lorentz G. A., Max Planck and the theory of quanta. 6, 81 (1926).
Lawrence E. O. and Cooksey D., The cyclotron. 18, 527 (1937).
Lukirskii P. I., On the photoelectric effect. 9, 277 (1929).
Lukirskii P. I., Extraction of electrons by an electric field. 27, 199 (1945).
Lukyanov S. Yu. and Ravel’ A. A., Photoelectric devices. 15, 814 (1935).
Lewis G. N. and Macdonald R. T., Concentration of the isotope H². 13, 799 (1933).
Langmuir I., The flame of atomic hydrogen. 6, 409 (1926).
Langmuir I., Forces near the surfaces of molecules. 10, 463 (1930).

Author Index

Langmuir I., see Kistiakowsky K. T. and Langmuir I. 11, 9, 214, 371 (1931).
Langmuir I., Electric discharges in gases at low pressures. 13, 291 (1933).
Langmuir I., Surface chemistry. 14, 208 (1934).

M

Magnusson O., Kurt Schmidt. The periodic system of the chemical elements. (Rev.) 2, 342 (1921).
Macdonald R. T., see Lyons G. N. and Macdonald R. T. 13, 799 (1933).
Malov N. N., Magnetostriction oscillations and their applications. 9, 859 (1929).
Malov N. N., Electron microscope. 13, 367 (1933).
Malov N., Piezoelectric oscillograph. (Ref.) 13, 460 (1933).
Malov N., Scattering of light by ultrasonic waves. (Ref.) 13, 460 (1933).
Malov N., Optical feedback. (Ref.) 13, 461 (1933).
Malov N., Doppler effect in piezoquartz plates. (Ref.) 13, 461 (1933).
Malov N., Multiple cathode oscillograph. (Ref.) 13, 782 (1933).
Malov N., K. A. Leont’ev. Physical foundations of radio engineering. (Rev.) 13, 787 (1933).
Malov N. E. P., Hadwin. Problems in physics. (Rev.) 13, 789 (1933).
Malov N., G. Barkhausen. Introduction to the theory of oscillations. (Rev.) 13, 792 (1933).
Malov N., Optical method for studying ultrasounds. (Ref.) 14, 246 (1934).
Malov N., G. Möller. Electron tubes and their applications. (Rev.) 14, 679 (1934).
Malov N., Ultrasonic oscillations. 15, 52 (1935).
Malov N., Investigation of quartz oscillations with an optical interferometer. (Ref.) 15, 169 (1935).
Malov N., Frequency control by means of a single-filament electrometer. (Ref.) 15, 169 (1935).
Malov N., Optical evidence of the oscillations of piezoquartz at overtones. (Ref.) 15, 169 (1935).
Malov N., Study of the propagation of ultrasonic oscillations in solid bodies. (Ref.) 15, 660 (1935).
Malov N., Obtaining electrosonograms with the aid of secondary electrons. (Ref.) 16, 576 (1936).
Malov N., Concentrated radiation of ultrasonic waves. (Ref.) 16, 288 (1936).
Malov N., A new electric instrument for reproducing vowels. (Ref.) 17, 629 (1937).
Malov N., Henry Hertz. 19, 553 (1938).
Malov N. E., Grimsehl. A course of physics for students, teachers, and for self-education. (Rev.) 20, 138 (1938).
Malov N. N., Electromagnetic waves in hollow conductors and dielectric rods. 23, 403 (1940).
Malov N. N., Alexandra Andreevna Glagoleva-Arkad’eva. (Obituary) 29, 213 (1946).
Malov N., Radar 29, 1 (1946).
Malov N. N., Efim Mikhailovich Studenkov. (Obituary) 29, 218 (1946).
Malov N. N., N. D. Papaleksi. Radio interference and combating it. (Rev.) 29, 219 (1946).
Mandel’shtam L. I., Questions of electrical oscillatory systems and radio engineering. 13, 161 (1933).

Alphabetical Index of Authors

Mandelstam L. K. and Papalexi N. D., On the velocity of propagation of radio waves. 26, 144 (1944).

Mandelstam L. I., Once more on inertial forces. 28, 99 (1946).

Mandelstam L. I., Newton’s optical works. 28, 103 (1946).

Marvin C. F. and Kimball G. G., Solar radiation and weather prediction. 6, 464 (1926).

Margenau G. and Watson V. A., Influence of pressure on spectral lines. 19, 217 (1938).

Mark G. and Wierl R., New data on electron diffraction. 10, 737 (1930).

Markov M., see Galperin F. and Markov M. 13, 1 (1933).

Matignon K., The works and activity of Marcelin Berthelot. 8, 1 (1928).

Mattauch I., Methods and results of the investigation of isotopes. 15, 85, 221 (1935).

Makhalov A. A., Drawing electrons out by a strong electric field. 8, 533 (1928).

Meyerhof O., Energetics of processes in the living cell. 5, 420 (1925).

Meier R. F., Diffusion in solid metals. 19, 492 (1938).

Meissner K. V., Application of atomic beams in spectroscopy. 23, 333 (1946).

Meissner V., Superconductivity. 13, 639 (1933).

Meissner V., New work on superconductivity. 15, 207 (1935).

Meitner L., The atomic nucleus and the periodic system of elements. 15, 1 (1935).

Mekke R., Band spectra and their significance for chemistry. 9, 630, 757 (1929).

Mekke R., Experimental spectroscopic data on polyatomic molecules. 14, 302 (1934).

Metelkin N., Distribution of energy in spectral series. 2, 279 (1921).

De-Metz G., A. P. Sokolov. A physics practicum. A guide to practical work in physics. (Review) 6, 518 (1926).

De-Metz G., E. Grimsehl. A course of physics for students and self-education. (Review) 8, 264 (1928).

De-Metz G., N. V. Kashin. A laboratory course in physics. (Review) 9, 138 (1929).

Mises R., On causality and statistical regularity in physics. 10, 437 (1930).

Miller D. K., Ether wind. 5, 177 (1925).

Millikan R. A., High-frequency cosmic rays. 6, 1 (1926).

Millikan R. A., The electron and the light quantum from an experimental point of view. 6, 7 (1926).

Millikan R. A. and Cameron J. H., New findings on cosmic rays. 8, 121 (1928).

Millikan R. and Cameron J., The origin of cosmic rays. 9, 1 (1929).

Mimno G. R., Physics of the ionosphere. 18, 57, 203 (1937).

Minlin R., Study of stresses by the photoelastic method. 23, 16 (1940).

Mitkevich V. F., see Lebedinsky V. K. and Mitkevich V. F. 13, 149 (1933).

Mikhailov A., A course of astrophysics. Volume III. A. A. Belopolsky, Astrospectroscopy. Volume I. G. A. Tikhov, Astrophotometry. (Review) 3, 325 (1923).

Mikhailov A. A., An interferometric method for measuring the angular diameters of stars. 4, 29 (1924).

Molodny T., The structure and fundamental properties of solid and liquid bodies. (Abstract) 1, 78 (1918).

Molodny T., Foss. Relation of the intensity of the sodium D line. (Abstract) 1, 249 (1918).

Molodny T., The limiting frequency in the spectrum of helium, hydrogen, and mercury vapor in the extreme ultraviolet region. (Abstract) 2, 117 (1921).

ALPHABETICAL INDEX OF AUTHORS

Molodyi T. K., On the value of the mechanical equivalent of heat. (Ref.) 2, 123 (1920).
Molodyi T., Measurement of the mean free path length of a neutral atom. (Ref.) 2, 299 (1921).
Molodyi T., Determination of the magnitude and internal structure of colloidal particles by means of X-rays. (Ref.) 2, 301 (1921).
Molodyi T., Continuous ultraviolet spectra. (Ref.) 2, 316 (1921).
Molodyi T., Extension of the ultraviolet spectrum toward short waves. (Ref.) 2, 317 (1921).
Monoszon A., J. N. Ginshelwood, Thermodynamics. (Rev.) 14, 818 (1934).
Morgulis N. D., Dependence of X-ray spectra on the chemical combination of elements. (Ref.) 6, 167 (1926).
Morgulis N. D., New electrovacuum devices with a heated cathode in a rarefied gas. 13, 58 (1933).
Morgulis N. D., L. Koller. Physics of electron tubes. (Rev.) 14, 1027 (1934).
Morgulis N. D., A. Reiman. Thermionic emission. (Rev.) 15, 775 (1935).
Morgulis N. D., V. Espe and M. Knoll. Technology of vacuum materials. (Rev.) 17, 108 (1937).
Morgulis N. D., L. DuBridge. New theories of the photoelectric effect. (Rev.) 17, 108 (1937).
Morgulis N. D., Electron-optical investigations of cathodes. 17, 501 (1937).
Morgulis N. D., E. MacArthur. Electronics and electron tubes. (Rev.) 18, 594 (1937).
Morgulis N. D., T. Jones. Thermionic emission. (Rev.) 19, 571 (1938).
Morgulis N., G. Bruining. On the emission of secondary electrons by solid bodies. (Rev.) 21, 490 (1939).
Morgulis N. D., D. J. Cobine. Gaseous conductors. Theory and technical applications. (Rev.) 28, 141 (1946).
Mott N. F., Cohesive forces in metals. 17, 447 (1937).
Murin A. N., Focusing of an ion beam and the energy of ions in a cyclotron. 24, 146 (1940).
Mysovskii L. V., Improvement of methods for observing α- and β-particles. 9, 574 (1929).
Mysovskii L., Experimental study of the nature of cosmic rays. 10, 1 (1930).
Mysovskii L. V., Laboratory method for obtaining high potentials. 10, 545 (1930).
Mysovskii L. V., Laboratory methods for obtaining fast electrons and protons. 12, 580 (1932).
Mysovskii L. V., New ways of studying the nature of cosmic rays. 12, 625 (1932).
Mysovskii L. V., Passage of cosmic rays through matter. 13, 518 (1933).

N

Nalimov V. V., see Khlebnikov N. S. and Nalimov V. V. 16, 467 (1936).
Nasilov D., On the article by N. B. Barakan “Influence of meteorological factors on the propagation of radio waves” [UFN 24, 398 (1940)]. (Rev.) 25, 516 (1941).
Nasledov D. N., On the accuracy of measuring high voltages by the X-ray spectrographic method. (Ref.) 7, 69 (1927).
Nasledov D. N., Optics of X-rays. 8, 781 (1928).
Nepomnyashchii E. A., Results of investigation of propeller noise. 27, 72 (1945).
Nernst V., The universe in the light of new investigations. 3, 151 (1923).

ALPHABETICAL INDEX OF AUTHORS

Nikitin N., Contemporary problems of electromagnetism. Collection dedicated to the tenth anniversary of the Moscow Magnetic Laboratory. (Rev.) 13, 788 (1933).

Nikitin N., V. K. Arkadiev. Electromagnetic processes in metals. (Rev.) 15, 1048 (1935).

Nikitin N., Problems of electrotechnical metal, No. 1. (Rev.) 22, 177 (1939).

Nikitin N., Practical problems of electromagnetism. (Rev.) 24, 427 (1940).

Nikitin S. Ya., All-Union conference on questions of the physics of the atomic nucleus. 23, 196 (1940).

Nikolaevskaya N. N., see Bak M. A. and Nikolaevskaya N. N., 22, 294 (1939).

Nikolsky K., A. Marx. Foundations of quantum mechanics. (Rev.) 14, 930 (1934).

Nikolsky K. V., Principles of quantum mechanics. I. 16, 538 (1936).

Nikolsky K. V., Reply to V. A. Fock. 17, 554 (1937).

Nikolsky K., R. Milliken. Electrons \((+ n \to)\), protons, photons, neutrons, and cosmic rays. (Rev.) 24, 533 (1940).

Nikolsky K., S. Chapman and T. Cowling. The mathematical theory of non-uniform gases. Kinetic theory of viscosity, thermal conductivity, and diffusion of gases. (Rev.) 24, 533 (1940).

Nix F., Photoconductivity. 13, 585 (1933).

Nix F. G. and Scholl V., Processes of ordering in alloys. 20, 344 (1938).

Nix F. G. and Scholl V., Transformations in alloys. 20, 536 (1938).

Noddack V., see Eggert J. and Noddack V. 7, 462 (1927).

Nordheim L., Theory of the metallic state. 15, 570, 675, 779, 939 (1935).

Newton I., Optical memoirs. 7, 123 (1927).

O

Ornstein, Moll, Burger, Photographic photometry. 13, 920 (1933).

Ostroumov B., In memory of V. K. Lebedinsky. (Obituary) 19, 441 (1938).

[P]

Pavlov P., Investigation of a spark discharge with the aid of a Wilson chamber. (Abstract) 15, 663 (1935).

Panasenkov A. F., Fresnel diffraction at large distances. 26, 258 (1944).

Paneth F., On element 72 (hafnium). 4, 80 (1924).

Paneth F. and Peters K., Conversion of hydrogen into helium. 6, 387 (1926).

Panyutin P., A. Sosnik. Combustion and detonation in gases. (Rev.) 14, 825 (1934).

Papaleksi N., V. G. Eccles. Wireless telegraph and telephone. (Rev.) 1, 157 (1918).

Papaleksi N. D., Abraham. Theory of electricity. (Rev.) 1, 267 (1918).

Papaleksi N. D., On certain contemporary problems in the field of oscillations. 11, 185 (1931).

Papaleksi N. D., see Mandelstam L. I. and Papaleksi N. D. 26, 144 (1944).

Papaleksi N. D., A brief outline of the life and scientific activity of Leonid Isaakovich Mandelstam. 27, 143 (1945).

Papaleksi N. D., On measuring the distance from the Earth to the Moon with the aid of electromagnetic waves. 29, 250 (1946).

Alphabetical Index of Authors

Patterson, see Cameron and Patterson. 22, 442 (1939).

Peters K., see Plavet F. and Peters K. 6, 397 (1926).

Petrzhak K. A. and Flerov G. N., Spontaneous fission of uranium. 25, 171 (1941).

Petrov V. N., Some problems of meteor physics. 22, 449 (1939).

Petrovsky A. A., Thirty years of radio. 5, 188 (1925).

Pirani M., Some physical and chemical problems of lighting engineering. 12, 76 (1932).

Pirani M., New investigations on the excitation of light. 13, 445 (1933).

Pirani M., see Laks E., Pirani M. and Rompe R. 16, 39 (1936).

Planck M., Physical regularity in the light of new investigations. 6, 177 (1926).

Planck M., The picture of the world of contemporary physics. 9, 407 (1929).

Pleskov V., S. Pletner and S. Sklyarenko. Collection of examples and problems in physical chemistry. (Rev.) 14, 822 (1934).

Podolsky B., see Fock V. A., Einstein A., Podolsky B., Rosen N. and Bohr N. 16, 436 (1936).

Polanyi M., Deformation, rupture, and strengthening of crystals. 8, 738 (1928).

Polikarpov M., On eotvos and the force of gravity. 6, 255 (1926).

Polikarpov M. I., Measurement of the force of gravity on a water surface. 6, 310 (1926).

Polikarpov M., On the distribution of earthquakes by latitude. (Ref.) 8, 417 (1928).

Polikarpov M., P. P. Lazarev. Advances in geophysics. (Rev.) 9, 398 (1929).

Polikarpov M., Ives and Keyes. Applied geophysics as applied to the prospecting of ores. (Rev.) 9, 706 (1929).

Polikarpov M., Statistical method of measuring the acceleration of gravity. 11, 965 (1931).

Pontecorvo B., see Amaldi E., d’Agostino O., Fermi E., Pontecorvo B., Rasetti F. and Segrè E. 15, 838 (1935).

Pouillet R. and Gring R., Viscosity and thermodynamic properties of highly polymeric substances. 27, 265 (1945).

Prandtl L., The Magnus effect and the sailing ship. 5, 1 (1925).

Predvoditelev A., Kinetic theory of reaction rates. (Ref.) 2, 110 (1920).

Predvoditelev A., Necessary physical assumptions underlying the derivation of Planck’s radiation law. (Ref.) 2, 168 (1920).

Predvoditelev A., On the theory of gas reactions. (Ref.) 2, 111 (1920).

Predvoditelev A., On the thermal expansion of crystalline solids. (Ref.) 2, 112 (1920).

Predvoditelev A., Electronic theory of metals. (Ref.) 2, 113 (1920).

Predvoditelev A., On the action of an electric field and gas pressure on spectral-series lines. (Ref.) 2, 116 (1920).

Predvoditelev A., A new theory of optical series. (Ref.) 2, 282 (1921).

Predvoditelev A., On one remarkable case of quantization. (Ref.) 3, 489 (1923).

Predvoditelev A., Synthesis of ammonia by collisions of slow electrons. (Ref.) 3, 450 (1923).

Predvoditelev A., P. Debye. Polar molecules. (Rev.) 9, 404 (1929).

Prey A., The theory of isostasy, its development and results. 6, 31 (1926).

Prileptsov V., Materials on the study of the Kursk magnetic anomaly, published under the editorship of Acad. P. P. Lazarev. (Rev.) 2, 332 (1921).

Alphabetical Index of Authors

Prishletsov V. V. Trofimov. Application of aerology to ballistics. (Rev.) 2, 335 (1921).

Prokof’eva-Mikhailovskaya L. E. Development of the photometric method in the USSR. 23, 13 (1940).

Pulver V. R. A. Hausten. Light and colors. (Rev.) 14, 521 (1934).

Pupko S. L. Electron microscope. 24, 487 (1940).

Putilov K., I. L. Kogutov. Hydrogen as a gas for airships. (Rev.) 14, 681 (1934).

Putilov K., G. Ulich. Chemical thermodynamics. Introduction to the study of chemical affinity and equilibria. 14, 683 (1934).

R

Rabinovich A. Luminescence in chemical reactions. 4, 315 (1924).

Rabinovich A. I. Discovery of new chemical elements 43 and 75. (Rev.) 5, 400 (1925).

Rabinovich A. Charles Kraus. Properties of electrically conducting systems. (Rev.) 5, 461 (1925).

Rabinovich A. On the centenary of the discovery of photography. 21, 478 (1939).

Rabinovich A., D. Balarev. Dispersed structure of solid systems. (Rev.) 24, 426 (1940).

Rabinovich A. V. Loudness of sound according to new investigations. 14, 645 (1934).

Rabinovich A. V. Physical characteristics of the singing voice. 15, 925 (1935).

Rabinovich E. The problem of the transformation of hydrogen into helium. 6, 458 (1926).

Rabinovich E. Band spectra. 11, 554 (1931); 13, 253 (1933); 14, 854 (1934).

Ravdel’ A. A. see Luk’yanov S. Yu. and Ravdel’ A. A., 15, 814 (1935).

Radovsky M. On the seventieth anniversary of T. P. Kravets. 29, 212 (1946).

Radchenko I. V. On methods for determining the structure of liquids by X-ray diffraction patterns. 17, 318 (1937).

Razetti F. see Fermi E., Amaldi E., Razetti F. and Segrè E., 14, 933 (1934).

Razetti F. see Amaldi E., d’Agostino S., Fermi E., Pontecorvo B., Razetti F. and Segrè E. 15, 833 (1935).

Razorenov G. Experimental investigation of the velocity distribution in molecular gas. 8, 253 (1928).

Razorenov G., E. Alberti. Cathode oscillograph. (Rev.) 14, 1029 (1934).

Raidil E. Catalysis. 8, 702 (1928).

Reichstein Ts. On the influence of the chemical nature of a substance on magnetic properties. 1, 205 (1918).

Rakovsky A. V. Bridgman’s investigations in the field of high pressures. 1, 39, 108, 182 (1918).

Rakovsky A., A. G. Doroshevsky. (Obituary) 1, 70 (1918).

Rakovsky A. From the history of alcoholometric tables. 2, 93 (1920).

Rakovsky A. V. On the discovery of the periodic system of elements. 7, 311 (1927).

Rakovsky A. Van der Waals—Kohnstamm. Textbook of thermostatics. (Rev.) 8, 420 (1928).

Rakovsky A. 1. Partiington. Chemical thermodynamics. 2. O. Sackur. Textbook of thermochemistry and thermodynamics. (Rev.) 8, 422 (1928).

Rakovsky A. V. N. Kondrat’ev. Physical and chemical properties of molecules. (Rev.) 8, 790 (1928).

Alphabetical Index of Authors

Ramsauer K. and Kollath R. Effective cross section of gas molecules with respect to slow electrons and ions. 14, 957 (1934); 15, 407 (1935).

Rakhmanov G. Rush. Atmosphere and weather prediction. (Rev.) 6, 173 (1926).

Rebinder P. A. On Svedberg’s ultracentrifuge. (Ref.) 5, 336 (1925).

Rebinder P. A. Joshua Willard Gibbs. On the centenary of his birth. 21, 377 (1939).

Reder H., see Cherny M. and Reder H. 25, 98 (1941).

Rutherford E. The nuclear structure of the atom. 2, 194 (1921).

Rutherford E. Artificial disintegration of elements. 3, 198 (1923).

Rutherford E. Biography of the alpha-particle. 4, 187 (1924).

Rutherford E. Natural and artificial disintegration of elements. 5, 28 (1925).

Rutherford E. Atomic nuclei and their transformations. 8, 35 (1928).

Rutherford E., Aston F. W., et al. Discussion of the structure of the atomic nucleus. 9, 551 (1929).

Rutherford E. Modern alchemy. 19, 18 (1938).

Reichrudel E. M., see Zaitsev A. A. and Reichrudel E. M. 20, 417 (1938).

Rzhevkin S. T. Des Coudres. Production of X-rays of very great hardness. (Ref.) 1, 251 (1918).

Rzhevkin S. Application of the photoelectric element as a receiving device for wireless telegraphy. (Ref.) 1, 253 (1918).

Rzhevkin S. Wireless telegraphy and telephony. (Rev.) 2, 133 (1920).

Rzhevkin S. Ultramicrometer. (Ref.) 2, 325 (1921).

Rzhevkin S. New methods for producing short undamped electromagnetic waves. (Ref.) 3, 118 (1922).

Rzhevkin S. Dispersion and absorption of water and ethyl alcohol in the region of short electric waves. (Ref.) 3, 121 (1922).

Rzhevkin S. Source of a continuous ultraviolet spectrum. (Ref.) 3, 491 (1923).

Rzhevkin S. Optical constants of certain liquids for short electric waves. (Ref.) 3, 491 (1923).

Rzhevkin S. Short electric waves. (Ref.) 3, 492 (1923).

Rzhevkin S. Minimum energy of sound at high frequency perceived by the ear. (Ref.) 3, 492 (1923).

Rzhevkin S. N. Cathode lamps, their theory and principal applications. 4, 271 (1924).

Rzhevkin S. Dayton Clarence Miller. The study of musical sounds. (Rev.) 5, 463 (1925).

Rzhevkin S. Prof. Belyavsky. Theory of sound as applied to music. (Rev.) 6, 516 (1926).

Rzhevkin S. B. A. Vvedensky. Physical phenomena in cathode lamps. (Rev.) 6, 577 (1926).

Rzhevkin S. N. Hearing and speech in the light of modern investigations. 7, 231 (1927).

Rzhevkin S. P. N. Belikov. Speech and hearing. (Rev.) 7, 309 (1927).

Rzhevkin S. A. S. Irisov. Sound and music. (Rev.) 7, 309 (1927).

Rzhevkin S. Prof. S. Ya. Lifshits. Course in architectural acoustics. (Rev.) 7, 402 (1927).

Rzhevkin S. A. Wood. Course of acoustics. (Rev.) 10, 793 (1930).

Rzhevkin S. Möller-Poulsen. Course of physics. Acoustics. (Rev.) 10, 794 (1930).

Rzhevkin S. Journal of the Acoustical Society of America. Vol. I, Nos. 1–3; vol. 2, No. 1, 1929–1930. (Rev.) 10, 795 (1930).

Alphabetical Index of Authors

Rzhevkin S., Physical problems of sound-film technology. Collection of articles. (Rev.) 13, 636 (1933).

Rzhevkin S., A. Kharkevich. Electroacoustic apparatus. (Rev.) 14, 385 (1934).

Rzhevkin S., N. N. Andreev and I. G. Rusakov. Acoustics of a moving medium. (Rev.) 14, 680 (1934).

Rzhevkin S., P. Duquert. Propagation of explosion waves in the atmosphere. (Rev.) 14, 1032 (1934).

Rzhevkin S. N., Second All-Union Acoustics Conference. 16, 267 (1936).

Rzhevkin S. N., F. Morse. Vibrations and sound. (Rev.) 17, 526 (1937).

Rzhevkin S. N., see Krechmer S. I. and Rzhevkin S. N. 18, 1 (1937).

Rzhevkin S. N., I. G. Dreizen. Course in acoustics. Part 1. (Rev.) 21, 468 (1939).

Rzhevkin S. N., New books on acoustics: Corrado Crecini. Foundations of theoretical and applied electroacoustics. F. Trendelenburg. Introduction to acoustics. (Rev.) 23, 321 (1940).

Rzhevkin S. N., In memory of Vsevolod Sergeevich Kazansky. (Obituary.) 23, 316 (1940).

Rzhevkin S., Petr Nikolaevich Belikov. (Obituary.) 27, 132 (1945).

Rzhevkin S. N., Ultrasonic location in bats. (Ref.) 29, 209 (1946).

Rzhevkin S. N., Review of work on resonant sound absorbers. 30, 40 (1946).

Roginsky S. Z., Monomolecular reactions in modern chemical kinetics. 11, 803 (1931).

Rogovsky V., On the ignition of a gas discharge. 13, 593 (1933).

Rosen V., see Kalman G. and Rosen V. 12, 105, 293 (1932).

Rosen N., see Fock V. A., Einstein A., Podolsky B., Rosen N., Bohr N. 16, 436 (1936).

Rosengain V., Physics and metallography. 10, 673 (1930).

Rosenkevich L., On the nature of the heat of activation and the behavior of activated molecules. 12, 718 (1932).

Romanov V. I., M. Ardenne. Technique of amplifier measurements. (Rev.) 14, 816 (1934).

Rompe R., see Laks E., Purani M. and Rompe R. 16, 59 (1936).

Rompe R. and Steenbeck M., Gases in the plasma state. 25, 190, 310, 466 (1941).

Rukop G., Present state of investigations of the upper layers of the atmosphere by means of radio waves. 14, 470 (1934).

Rumer Yu., On the fiftieth anniversary of Max Born. 13, 152 (1933).

Rumer Yu., P. A. M. Dirac. Foundations of quantum mechanics. (Rev.) 13, 156 (1933).

Rumer Yu., R. Courant and D. Hilbert. Methods of mathematical physics. (Rev.) 13, 983 (1933).

Rumer Yu. V., Molecular theory of chemical bonding. 14, 35 (1934).

Rumer Yu., Quantum mechanics of matter and radiation. (Rev.) 14, 460 (1934).

Rumer Yu., R. C. Tolman. Relativity, thermodynamics and cosmology. (Rev.) 15, 177 (1935).

Rumer Yu., J. H. Jeans and K. Wolf. Electron beams and their interaction with matter. (Rev.) 15, 671 (1935).

Rumer Yu., A. Eddington. New paths in science. (Rev.) 15, 672 (1935).

Rumer Yu. B., R. A. Millikan. Electrons (+ and −), protons, photons, neutrons and cosmic rays. (Rev.) 15, 933 (1935).

Rumer Yu., L. Pauling and E. B. Wilson. Introduction to quantum mechanics with applications to chemistry. (Rev.) 15, 1050 (1935).

Alphabetical Index of Authors

Rumer Yu., Prof. E. Fues. Diffraction of matter waves. Introduction to quantum mechanics. (Rev.) 16, 141 (1936).
Rumer Yu., A. Butarnik. Modern physics and the electron. (Rev.) 16, 142 (1936).
Rumer Yu., L. Mysovskii. New ideas in the physics of the atomic nucleus. 2nd ed. (Rev.) 17, 110 (1937).
Rumer Yu., G. Shponer. Structure of molecules. (Rev.) 17, 537 (1937).
Rumer Yu. B., The present state of the theory of superconductivity. 18, 131 (1937).
Rusakov V. P., Magneto-optical method and isotopes of radioactive elements. 13, 762 (1933).
Rusakov V. P., Time lag in Faraday’s magneto-optical phenomenon. 15, 739 (1935).
Rusinov L. I., Measurements of atomic nuclei. 25, 144 (1941).
Rytov S. M., On certain “paradoxes” connected with spectral expansions. 29, 147 (1946).
Raleigh. Some solved and unsolved problems of cosmic physics. 9, 711 (1929).

S

Savostyanova M. V., On the physical nature of the latent photographic image. 11, 451 (1931).
Savostyanova M., A. L. Hughes and L. A. duBridge. Photoelectric phenomena. (Rev.) 13, 784 (1933).
Savostyanova M. V., Selective photoeffect. 14, 7 (1934).
Savostyanova M. V., The present state of the question of the optical constants of metals. 18, 479 (1937).
Savostyanova M. V., The smallest particles of metal within the crystal lattice. 22, 163 (1939).
Samoilov A., K. Lucas. Conduction of nerve excitations. (Rev.) 2, 327 (1920).
Samoilov A. F., Radioactivity and physiology. (Ref.) 2, 292 (1921).
Samoilov A., Simple tones and their basic properties. (Ref.) 2, 243 (1921).
Samoilovich A. G., D. I. Blokhintsev. Introduction to quantum mechanics. (Rev.) 30, 345 (1946).
Swan W. F. G., Unsolved problems of cosmic physics. 4, 120 (1924).
Sveshnikov B., Evaporation, condensation and absorption. (Ref.) 13, 320 (1933).
Sveshnikov B., Periodic changes in the force of gravity. (Ref.) 14, 246 (1934).
Sveshnikov B., Maurice Curie. Luminescence of solids. (Rev.) 15, 774 (1935).
Sveshnikov B. Ya., P. Dankwortt. Luminescent analysis in filtered ultraviolet light. (Rev.) 25, 514 (1941).
Swinne R., The periodic system of chemical elements in the light of the theory of atomic structure. 6, 330 (1922).
Segrè E., see Fermi E., Amaldi E., Rasetti F. and Segrè E. 14, 933 (1934).
Segrè E., see Amaldi E., d’Agostino O., Fermi E., Pontecorvo B., Rasetti F. and Segrè E. 15, 888 (1935).
Selyakov N., An air-jet rectifier of high-voltage alternating currents. (Ref.) 1, 72 (1918).
Selyakov N., Improvements in the design and execution of the Coolidge tube. (Ref.) 1, 73 (1918).

Alphabetical Index of Authors

Selyakov N., Methods of attaining a high vacuum. (Ref.) 3, 168 (1922).

Selyakov N., Magnetic spectrum of β-rays excited by γ-rays. (Ref.) 3, 131 (1922).

Selyakov N., Wavelength of hard γ-rays. (Ref.) 3, 133 (1922).

Selyakov N., The principal element of the crystal. (Ref.) 3, 134 (1922).

Selyakov N., The structure of iron. (Ref.) 4, 484 (1923).

Semyonov N. N., Ionization potentials and glow potentials of gases and vapors. 3, 449 (1923).

Semyonov N. N., On the molecular beam. 5, 57 (1925).

Semyonov N. N., Chain reactions. 10, 191 (1930).

Semyonov N., The simplest chemical reactions. 10, 347 (1930).

Semyonov N. N., Gas explosions and the theory of chain reactions. 11, 250 (1931).

Semyonov N. N., Thermal theory of combustion and explosions. 23, 251 (1940); 24, 438 (1940).

Semenchenko V. K., Critique of the electrostatic theory of solutions. 8, 646 (1928).

Semenchenko V., R. Tolman. Statistical mechanics and its applications to physics and chemistry. (Rev.) 8, 670 (1928).

Semenchenko V., L. Brillouin. Quantum statistics and its applications. (Rev.) 12, 519 (1932).

Semenchenko V., G. Falkenhagen. Electrolytes. (Rev.) 13, 785 (1933).

Semenchenko V., Prof. A. K. Timiryazev. Kinetic theory of matter (lectures). (Rev.) 14, 817 (1934).

Semenchenko V., D. Rice. Statistical physics. (Rev.) 14, 1023 (1934).

Siborg G. T., Chemical and radioactive properties of the heavy elements. 28, 145 (1946).

Siborg G. T., Table of isotopes. 28, 285 (1946).

Sikorsky K., Experiments with Barkhausen’s large coils. 22, 63 (1939).

Simpson J. K., Lightning. 10, 757 (1930).

Skobeltsyn D. V., On the work of the 1944 Pamir expedition of the Physical Institute of the Academy of Sciences on the study of cosmic radiation. 28, 51 (1946).

Slepian J., Some physical problems of electric power engineering. 22, 222 (1939).

Smekal A., The Raman effect and its significance for spectroscopic investigations of the structure of molecules. 11, 300 (1931).

Smolukhovsky M., On the concept of randomness and on the origin of the laws of probability in physics. 7, 329 (1927).

Sokolik A. S., Self-ignition and burning in gases. 23, 209 (1940).

Sokolov I. A., In memory of D. A. Goldhammer. (Obituary) 3, 331 (1923).

Spivak G. V., New conceptions of the development of a gas discharge. 11, 726 (1931).

Spivak G. V., A. Engel and M. Steinbeck. Physics and technology of electric discharge through gases. (Rev.) 13, 157 (1933).

Spivak G. V., K. K. Darrow. Electrical phenomena in gases. (Rev.) 13, 462 (1933).

Spivak G. V. and Klarfeld B. N., Conference on new light sources. 14, 116 (1934).

Spivak G., M. Laporte. Elementary processes in electric discharge in gases. (Rev.) 14, 386 (1934).

Spivak G. V., R. Seeliger. Introduction to the physics of gas discharge. (Rev.) 14, 675 (1934).

Spivak G. V., A. B. Mlodzeevsky. A short textbook of molecular physics. (Rev.) 14, 677 (1934).

Stepanov V., Whittaker and Watson. A course of modern analysis. Part 1. The fundamental operations of analysis. Part 2. Transcendental functions. (Rev.) 14, 814 (1934).

Alphabetical Index of Authors

Stransky I. N. and Kaishev R., On the theory of crystal growth and the formation of crystalline nuclei. 21, 408 (1939).
Studenkov E. M., Electron-beam generators of ultrahigh-frequency oscillations. 23, 417 (1940).
Studenkov E. M., Field systems in ultrahigh-frequency engineering. 25, 444 (1941).
Studenkov E. M., A hydraulic model of electron-beam devices of the “klystron” type. 29, 206 (1946).
Sushkin A. V., Structure of the polished surface of metals. 20, 124 (1938).
Syrkin Ya. K., Transformation of matter into radiant energy. 8, 675 (1928).
Syrkin Ya. and N. N. Semenov. The modern doctrine of the rates of gaseous chemical reactions. (Review.) 9, 700 (1929).
Syrkin Ya., Polarity and structure of molecules. 10, 495 (1930).
Syrkin Ya. K., A. Eiken. Foundations of physical chemistry. (Review.) 15, 669 (1935).
Syrkin Ya. and Ya. N. Hinshelwood. Kinetics of gas reactions. (Review.) 14, 131 (1934).
Sullivan E. K., Achievements of industrial physics in the glass industry. 21, 342 (1939).

T

Tamm I., Magnetism and the structure of atoms. 5, 105 (1925).
Tamm I., E. Back and A. Landé. The Zeeman effect and the multiplet structure of spectral lines. (Review.) 5, 154 (1925).
Tamm I. E., New principles of Bose–Einstein statistical mechanics in connection with the problem of the physical nature of matter. 6, 112 (1926).
Tamm I., Max Planck. Introduction to general mechanics. (Review.) 7, 302 (1927).
Tamm I., Hum-Rozery. The metallic state. Electrical properties and theories. (Review.) 11, 800 (1931).
Tamm I., Guiding ideas in the work of Faraday. (22 September 1791—25 August 1867). On the centenary of the discovery of electromagnetic induction. 12, 1 (1932).
Tamm I. E., The theory of the mesotron and nuclear forces. 25, 136 (1941).
Tartakovsky P. S., Wave views on the nature of matter and experiment. 8, 338 (1928).
Tartakovsky P., G. P. Thomson. Wave mechanics of free electrons. E. Rupp. Experimental studies of electron diffraction. G. Mark and R. Wierl. Experimental and theoretical foundations of electron diffraction. (Review.) 12, 520 (1932).
Tartakovsky P., A new theory of Bohr’s electromagnetic field. 15, 323 (1935).
Temkin M., see Zhukhovitsky A. and Temkin M. 15, 935 (1935).
Teodorchik K., The electromagnetic spectrum of water. (Abstract.) 3, 123 (1922).
Teodorchik K. F., Long-range action. 8, 98 (1928).
Teodorchik K., Arthur Haas. Introduction to theoretical physics. (Review.) 14, 521 (1934).
Terenin A., Excitation of mercury vapors by electron impact. (Abstract.) 3, 125 (1922).
Terenin A., Number of dispersion electrons according to quantum theory. (Abstract.) 3, 126 (1922).
Terenin A., Absorption of luminous mercury vapors. (Abstract.) 3, 127 (1922).
Terenin A., Photoionization of gases. 11, 276 (1931).
Terenin A. N., Absorption spectra of electrolyte solutions. 17, 1 (1937).
Tibault J., Positrons. 14, 833 (1934).

Alphabetical Index of Authors

Timiryazev A. K., Aleksandr Grigor'evich Stoletov—founder of Russian physics. 22, 369 (1939).

Tikhanovskii I. I., Scattering of light in the atmosphere. 6, 291 (1926).

Tikhodeev I., Prof. N. G. Fëdorov. The present state of colorimetry. (Rev.) 14, 384 (1934).

Tolanskii S., New interferometric methods and their application to the study of crystals. 30, 103 (1946).

Tolmen R., Methods of statistical mechanics. 9, 251 (1929).

Tomson J. J., Beyond the electron. 8, 570 (1928).

Trapeznikov A., Discharge at very low pressure. (Abstr.) 2, 124 (1920).

Trapeznikov A., The phenomenon of polarization in an X-ray tube. (Abstr.) 3, 128 (1922).

Trapeznikov A., On one method of spectral analysis by means of X-rays. (Abstr.) 3, 129 (1922).

Trapeznikov A., On scattered rays in the phenomenon of diffraction of X-rays. (Abstr.) 3, 130 (1922).

Trapeznikov A., Composition of nickel. (Abstr.) 3, 131 (1922).

Trapeznikov A., X-ray technique for testing materials. Collection of papers. (Rev.) 14, 522 (1934).

Treloar L. R., Structure and elasticity of rubber. 28, 259 (1946).

Trendelenburg F., Recent works on acoustics and electroacoustics. 10, 593 (1930).

Trendelenburg F., Recent advances in applied acoustics. 11, 650 (1931); 12, 55, 258, 671 (1932).

Trillat J. J., Some applications of X-rays. Organic compounds. Application of X-rays to the study of colloids. 11, 493, 595, 847 (1931).

Trillat J. J., Diffraction of X-rays by liquids. 12, 215 (1932).

Trillat J. J., Application of X-ray analysis to the study of rubber, gelatin, etc. 13, 612 (1933).

Tronstad L., Investigation of thin surface films in reflected polarized light. 14, 371 (1934).

Tudorovskii A., M. Berek. Fundamentals of practical optics. (Rev.) 14, 130 (1934).

Tudorovskii A., V. Ronchi. Testing of optical systems. (Rev.) 14, 387 (1934).

Taylor H. S., N. Semënov. Chemical kinetics and chain reactions. (Rev.) 16, 138 (1936).

Tyagunov G. A., A. L. Reiman. Thermionic emission. (Rev.) 25, 379 (1941).

U

Ubbelohde A. R., Modern thermodynamics. 20, 29, 281 (1938).

Watson V. A., see Margenau H. and Watson V. A. 19, 217 (1938).

F

Fabrikant V., V. L. Pul'ver. (Obituary.) 14, 1020 (1934).

Fabrikant V., S. Rodionov and G. Frank. Problems of the biology of light and measurement of light. (Rev.) 14, 1024 (1934).

Fabrikant V., E. Brücke and O. Scherzer. Geometrical electron optics. Fundamentals and applications. (Rev.) 15, 178 (1935).

Fabrikant V., R. Zenig. Objective photometry. (Rev.) 15, 541 (1935).

Fabrikant V., Ch. Mener. Diffraction of light, X-rays, and material particles. (Rev.) 15, 1048 (1935).

Alphabetical Index of Authors

Fabrikant V., A new method for measuring light pressure. (Ref.) 16, 135 (1936).
Fabrikant V., Physics and technology of luminescent lamps. 27, 159 (1945).
Fabrikant V., Handbook of military optics. (Rev.) 30, 147 (1946).
Fabrikant V., Special physics practicum. (Rev.) 30, 346 (1946).
Farkash L., The heavy isotope of hydrogen. 15, 13 (1935).
Farkash L., Para- and orthohydrogen. 15, 346 (1935).
Fastovskii V. G., Obtaining low temperatures by the method of F. Simon. 20, 133 (1938).
Fauler R., Passage of electrons through a surface and surface layers. 10, 135 (1930).
Fauler R., Electron theory of metals. 11, 103 (1931).
Fauler R. H., Recent achievements in the study of atomic nuclei. 13, 37 (1933).
Fauler R., see Bernal J. and Fauler R. 14, 586 (1934).
Fayans K., Deformation of electron shells and its influence on the properties of salt-like compounds. 5, 294 (1925).
Fegard L., The spectrum of auroras and the upper layers of the atmosphere. 4, 205 (1924).
Fedorov N. T., On the question of the structure of spectral lines. (Ref.) 1, 151 (1918).
Fedorov N. T., Color metrics. 9, 92 (1929).
Fedorov N., P. Lazarev. Ionic theory of excitation of living tissues. (Rev.) 9, 399 (1929).
Fedorov N. T., Higher color metrics. 9, 731 (1929).
Fedorov N., A. Koenig. Physiological optics. D. Adams. Dark adaptation. (Rev.) 10, 163 (1930).
Fedorov N., S. I. Vavilov. The eye and the sun. On light and vision. (Rev.) 13, 984 (1933).
Fedorov N., S. O. Maisel. Light and vision. (Rev.) 13, 984 (1933).
Fedorov N. T., M. A. Rozenshtil. A treatise on color from the standpoint of physics, physiology, and aesthetics, containing an exposition of the present state of the question of color harmony. (Rev.) 15, 180 (1935).
Feinberg E. L., The electric moment of the nucleus. 19, 305 (1938).
Feofilov P., Session of the Physico-Mathematical Department of the Academy of Sciences of the USSR devoted to questions of luminescence of solid and liquid bodies. 28, 130 (1946).
Ferminer A., O. Dorno. Physics of the radiation of the sun and the sky. (Rev.) 2, 325 (1921).
Fermi E., On the possible discovery of an element with atomic number higher than 92. 14, 829 (1934).
Fermi E., Amaldi E., Rasetti F., and Segrè E., Artificial radioactivity created by neutron bombardment. 14, 933 (1934).
Fermi E., see Amaldi E., d’Agostino O., Fermi E., Pontecorvo B., Rasetti F., and Segrè E. 15, 838 (1935).
Fermi E., see Amaldi E. and Fermi E. 17, 543 (1937).
Fives R., On the recording of changing processes. 14, 914 (1934).
Finkelstein B. N., Electric theory of solutions of strong electrolytes. 7, 350, 483 (1927).
Finch G. I. and Wilman H., Study of the structure of surfaces by the method of electron diffraction. 20, 197 (1938).
Flerov G. N., see Petrzhak K. A. and Flerov G. N. 25, 171 (1941).
Flerova M. N., Diffraction of molecular rays by crystals. 15, 614 (1935).
Fletcher G., A new theory of hearing. 11, 894 (1931).
Fogt G., Decrease in the mass of stars as a consequence of the radiation of energy. 5, 415 (1925).

ALPHABETICAL INDEX OF AUTHORS

Fock V. A., On Nikolsky’s article “Principles of quantum mechanics.” 17, 552 (1937).

Fock V., L. Landau and L. Pyatigorsky. Mechanics. (Rev.) 28, 377 (1946).

Fock V. A., Einstein A., Podolsky B., Rosen N., Bohr N. Can the quantum-mechanical description of physical reality be considered complete? 16, 436 (1936).

Fry T., see Eves F. and Fry T. 14, 104 (1934).

Frank G. M., The use of artificial radioactive substances in biology and medicine. 25, 179 (1941).

Franck J., New data on quantum exchange of energy in collisions of atoms and molecules. 4, 62 (1924).

Franck J., Energy levels of atoms and molecules and the chemical bond. 8, 510 (1928).

Franck J., The connection between spectroscopy and chemistry. 11, 427 (1931).

Frank I. M., Radiation of electrons moving in a medium with superluminal velocity. 30, 149 (1946).

Frederiks V., Einstein’s general principle of relativity. 2, 162 (1921).

Frederiks V., Absorption of gravity. (Rev.) 2, 296 (1921).

Frederiks V., The relation of mass to weight for crystals and radioactive substances. (Rev.) 2, 298 (1921).

Frederiks V. K., Newton’s principles of mechanics and the principle of relativity, 7, 75 (1927).

Freundlich G., Orientation of molecules at the boundary of phases. 14, 742 (1934).

Frenkel Ya., An essay on the theory of light quanta. (Rev.) 4, 329 (1924).

Frenkel Ya. I., Mechanical and electromagnetic properties of light atoms (quanta). 7, 107 (1927).

Frenkel Ya. I., The rotating electron. 7, 202 (1927).

Frenkel Ya. I., Theory of metallic conductivity. 8, 155 (1928).

Frenkel Ya., S. I. Vavilov. Experimental foundations of the theory of relativity. (Rev.) 8, 672 (1928).

Frenkel Ya. I., A. F. Ioffe. Physics of crystals. (Rev.) 9, 400 (1929).

Frenkel Ya. I., The nature of chemical affinity. 9, 515 (1929).

Frenkel Ya. I., Quantum theory of chemical forces. 16, 8 (1936).

Frenkel Ya. I., On the theory of accommodation and condensation phenomena. 20, 84 (1938).

Frenkel Ya. I. and Gubanov A. I., The present state of the theory of polarization of dielectrics. 24, 68 (1940).

Frenkel Ya. I., The latest development of the theory of the liquid state. 25, 1 (1941).

Frenkel Ya. I., Contemporary theory of metallic bodies. 30, 11 (1946).

Frisch R. and Stern O., On the magnetic deflection of hydrogen molecules and on the magnetic moment of the proton. 14, 99 (1934).

Frisch S. E., Experimental confirmation of the Lorentz–Einstein formula. 3, 89 (1922).

Frisch S. E., The Zeeman effect. 5, 80 (1925).

Frisch S. E., The nature of optical and X-ray doublets. (Rev.) 5, 255 (1925).

Frisch S. E., Optical spectra and the periodic system of the elements. 10, 111 (1930).

Frisch S., The connection between the fine structure of spectral lines and the rotation of the nucleus. 10, 570 (1930).

Frisch S. and Gerasimov F., Installation of a large concave diffraction grating at the State Optical Institute in Leningrad. 16, 116 (1936).

Frumkin A., New investigations of anomalies of strong elements. (Rev.) 3, 507 (1923).

Alphabetical Index of Authors

Frumkin A., Passage of current through solid crystalline compounds. (Abstract) 3, 310 (1923).
Frumkin A., Structure of crystals of ammonium halide salts. (Abstract) 3, 312 (1923).
Frumkin A., Electrocapillary phenomena. (Abstract) 3, 286 (1923).
Frumkin A. N., Thin layers on the surface of water. 4, 172 (1924).
Fuchs N., Yu. B. Khariton and A. I. Shalnikov, Mechanism of condensation and formation of colloids. (Review) 14, 819 (1934).
Fuchs N., D. Talmud and S. Bresler. Surface phenomena. (Review) 14, 820 (1934).
Fuchs N., On the nucleation of crystals. 15, 496 (1935).
Furduyev V., Methods for the investigation of noise, collected articles. (Review) 14, 251 (1934).
Fursov V. S., see Kushnir Yu. M. and Fursov V. S. 12, 148 (1932).

Kh

Halfin E., New works on the question of the decomposition of atoms. 7, 392 (1927).
Halbert E. O., Variations of the Earth’s magnetic field and auroras. 18, 11 (1937).
Khariton Yu., On two modifications of hydrogen. 10, 95 (1930).
Khariton Yu. B., see Zel’dovich Ya. B. and Khariton Yu. B. 25, 381 (1941).
Hvolson O., Arthur Haas. Foundations of quantum chemistry. (Review) 10, 432 (1930).
Khvostikov I. A., The glow of the night sky. 17, 121 (1937).
Khvostikov I. A., Essays on the physics of the terrestrial atmosphere. 19, 49, 145 (1938).
Khvostikov I. A., Theory of light scattering and its application to questions of the transparency of the atmosphere and fogs. 24, 165 (1940).
Khvostikov I. A., Sodium in the stratosphere. 30, 184 (1946).
Khinchin A., S. N. Bernstein. Probability theory. (Review) 7, 301 (1927).
Khinchin A., R. Mises. Probability, statistics and truth. (Review) 8, 669 (1928).
Khinchin A. Ya., Mises’ doctrine of probabilities and the principles of physical statistics. 9, 141 (1929).
Khinchin A., R. Fowler. Statistical mechanics. (Review) 10, 323 (1930).
Khinchin A., R. Courant. Course of differential and integral calculus. Part One. Functions of one variable. (Review) 11, 354 (1931).
Khlebnikov N., Oscillographic method for investigating phenomena of gas adsorption. (Abstract) 16, 246 (1936).
Khlebnikov N. S. and Nalimov V. V., Secondary electron emission. 16, 467 (1936).
Khlebnikov N., Anomalous secondary emission. (Abstract) 16, 689 (1936).
Khlebnikov N. S. and Zaitsev N. S., New photocathodes. 19, 278 (1938).
Khlebnikov N. S., A new system for decomposing images in television. 20, 121 (1938).
Khlebnikov N., Mass spectrograph of a new type. (Abstract) 21, 236 (1939).
Khlebnikov N. S., New data on secondary emission. 21, 301 (1939).
Khlebnikov N., Use of antimony–cesium cathodes in photocells. (Abstract) 21, 352 (1939).
Khlebnikov N., High-pressure mercury lamps. (Abstract) 21, 353 (1939).
Khlebnikov N., Inertia of gas-filled photocells. (Abstract) 21, 354 (1939).
Khlebnikov N., History of the ratio $\dfrac{e}{m}$ in recent years. (Abstract) 21, 335 (1939).

ALPHABETICAL INDEX OF AUTHORS

Khlebnikov N., Physics in Industry. (Rev.) 21, 360 (1939).

Khlebnikov N., An electronographic method of recording fast electrical processes. (Ref.) 21, 481 (1939).

Khlebnikov N., A new method for analyzing gas mixtures. (Ref.) 21, 482 (1939).

Khlebnikov N., Conference on questions of secondary electron emission and the photoeffect. 22, 105 (1939).

Khlebnikov N., New photocells. (Ref.) 22, 110 (1939).

Khlebnikov N., The propagation velocity of radio waves in air. (Ref.) 22, 113 (1939).

Khlebnikov N., An improved continuous-action Wilson chamber. (Ref.) 22, 113 (1939).

Khlebnikov N., Attempts to detect neutrino absorption. (Ref.) 22, 231 (1939).

Khlebnikov N., Lamps using fluorescence. (Ref.) 22, 357 (1939).

Khlebnikov N., New applications of photocells in industry. (Ref.) 22, 357 (1939).

Khlebnikov N. S., A. G. Stoletov’s work on the photoeffect. 22, 384 (1939).

Khlebnikov N. S., Methods for obtaining fast particles. 22, 427 (1939).

Khlebnikov N., Conditions for obtaining intense ion beams. (Ref.) 23, 74 (1940).

Khlebnikov N., A source of a focused beam of hydrogen and helium ions. (Ref.) 23, 75 (1940).

Khlebnikov N., Detection of individual ions, electrons, and photons by means of an electron multiplier. (Ref.) 23, 76 (1940).

Khlebnikov N., Secondary-emission properties of alkaline-earth metals. (Ref.) 23, 452 (1940).

Khlebnikov N., Quantum yields and spectral sensitivity of various photocells. (Ref.) 24, 163 (1940).

Khlebnikov N. S., The latest improvements in iconoscopes. 24, 293 (1940).

Khlebnikov N. S., Electron multipliers. 24, 358 (1940).

Khlebnikov N. S., Conference on cathode phenomena in vacuum and rarefied gases. 24, 420 (1940).

Khlebnikov N., Introduction of spectrally pure gases into vacuum systems. (Ref.) 24, 527 (1940).

Khlebnikov N., A new giant cyclotron. (Ref.) 24, 529 (1940).

Khlebnikov N. S., Antimony–cesium cathodes and photocells. 26, 87 (1944).

Khlebnikov N., Antimony–cesium photocells for ultraviolet. (Ref.) 27, 137 (1945).

Khlebnikov N., Conference on electronics. 27, 305 (1945).

Khlebnikov N. S., A new method for measuring small light fluxes by means of photocells. 29, 201 (1946).

Khlopin V., Obtaining radium salts in Russia. 3, 99 (1922).

Khlopin V. G., In memory of Lev Vladimirovich Mysovskii. (Obituary.) 23, 1 (1940).

Khromchenko L. M., Interference phenomena in the scattering of slow neutrons. 28, 69 (1946).

Ch

Chadwick J., Neutrons. 12, 557 (1932).

Chadwick J., The neutron. 14, 183 (1934).

Chadwick and Goldhaber, The nuclear photoeffect (decomposition of the deuteron by γ-rays). 14, 958 (1934).

Alphabetical Index of Authors

Charlton E. E., see Westendorp V. F., and Charlton E. E. 30, 119 (1946).
Cherni N. and Reder H., Advances in the field of infrared technology. 25, 98 (1941).
Chernyaev V. I., Separation of nonradioactive isotopes. 14, 685 (1934).
Chernyaev V. I., Hydrogen isotope with mass 3. 21, 466 (1939).
Chibisov K., Mechanism of the formation of the latent and visible photographic image. 10, 367 (1930).
Chistyakov I. G. Wieleitner. How modern mathematics was born. (Rev.) 7, 498 (1927).
Chugaev L., Svante Arrhenius. Quantitative laws in biological chemistry. (Rev.) 1, 162 (1918).
Chugaev L., Acad. P. P. Lazarev. Physicochemical foundations of higher nervous activity. (Rev.) 3, 137 (1922).
Chugaev L., Proceedings of the Institute of Physicochemical Analysis. Vol. I, issue 1. (Rev.) 3, 139 (1922).
Chugaev L., Acad. P. I. Walden. Theories of solutions in their historical sequence. (Rev.) 3, 140 (1922).
Chugaev L., Victor Henri. The study of the absorption of ultraviolet and infrared rays in connection with the structure of molecules. (Rev.) 3, 142 (1922).
Chugaev L., V. S. Syrokomskii. Application of rare elements in industry. (Rev.) 3, 144 (1922).

Sh

Shalnikov A. I., Institute of Physical Problems of the Academy of Sciences of the USSR. 18, 323 (1937).
Shalnikov A., see Alekseevskii N. and Shalnikov A. 23, 453 (1940).
Shaposhnikov K., On the principle of similarity. (Ref.) 1, 137 (1918).
Shaposhnikov K., A new theory of electromagnetic phenomena. (Ref.) 1, 139 (1918).
Schaffernicht V., Electron optics. Electron-optical image converter. 17, 491 (1937).
Schaeibe A., On short and very short electric waves. 14, 894 (1934).
Schaeibe A., Precise measurement of time. 18, 79 (1937).
Shenberg D., Superconductivity. 19, 448 (1938); 20, 1 (1938).
Scherzer O., Electron optics. Problems of theoretical electron optics. 17, 485 (1937).
Schaefer K., Foundations and criticism of Ostwald’s theory of colors. 7, 377 (1927).
Shishakov N. A., Gas reactions and adsorption on surfaces according to Langmuir. 6, 509 (1926).
Shishakov N. A., Disappearance of gas in an electric discharge. 8, 105 (1928).
Shishakov N., Books on vacuum technique. (Rev.) 8, 115 (1928).
Shishakov N. A., Distillation in vacuum. 10, 781 (1930).
Shishakov N., Electron analysis of surface structures. (Ref.) 13, 313 (1933).
Shishakov N. A., Superconductivity of metals. (Ref.) 13, 456 (1933).
Shishakov N. A., Advances in the knowledge of the structure of silicate glasses. 25, 406 (1941).
Shklovskii I. S., Present state of the question of the nature of the solar corona. 30, 63 (1946).
Shmushkevich I. M., see Davydov B. I. and Shmushkevich I. M. 24, 21 (1940).
Shockley V., see Nix F. G. and Shockley V. 20, 344, 536 (1938).
Shockley V., The nature of the metallic state. 25, 253 (1941).

Alphabetical Index of Authors

Shorygin S. A. Annotated index of literature on the physical sciences. (Rev.) 17, 111 (1937); 17, 243 (1937); 17, 396 (1937); 17, 539 (1937); 18, 141 (1937); 18, 282 (1937); 18, 456 (1937); 18, 596 (1937); 19, 128 (1938); 19, 292 (1938); 19, 431 (1938); 19, 572 (1938); 20, 142 (1938); 20, 469 (1938); 20, 587 (1938); 21, 85 (1939); 21, 244 (1939); 21, 366 (1939); 21, 491 (1939); 22, 118 (1939); 22, 236 (1939); 22, 359 (1939).

Shorygin S. A. Annotated index of non-periodical literature on the physical sciences. (Rev.) 22, 466 (1939); 23, 84 (1940); 23, 205 (1940); 23, 324 (1940); 23, 458 (1940); 24, 305 (1940); 24, 428 (1940).

Shpakovsky B. G. Dispersion and selective absorption of ultrasonic waves in a monatomic gas. 14, 283 (1934).

Shpolsky E. On the question of the highest frequency of X-rays and gamma rays. (Ref.) 1, 254 (1918).

Shpolsky E. Resonance radiation of sodium vapor. (Ref.) 1, 254 (1918).

Shpolsky E. On the “hardness” of X-ray tubes. (Ref.) 2, 123 (1920).

Shpolsky E., Ch. Boys. Soap bubbles. Lectures on viscosity and capillary phenomena. (Rev.) 2, 134 (1920).

Shpolsky E. Bulletin of Roentgenology and Radiology. (Rev.) 2, 134 (1920).

Shpolsky E. V. Revival of Prout’s hypothesis. 2, 241 (1921).

Shpolsky E. A new determination of the charge of the atomic nucleus. (Ref.) 2, 306 (1921).

Shpolsky E. New data on the artificial transformation of elements. (Ref.) 2, 317 (1921).

Shpolsky E. Advances in X-ray spectrometry. (Ref.) 2, 320 (1921).

Shpolsky E. Rique. Course of Physics. Vol. I. Mechanics and acoustics. Heat. Optics. Vol. II. Magnetism and electricity. (Rev.) 2, 339 (1921).

Shpolsky E., D. S. Rozhdestvensky. Spectral analysis and the structure of atoms. (Rev.) 2, 339 (1921).

Shpolsky E., L. Silberstein. Quantum theory of spectra. (Rev.) 2, 341 (1921).

Shpolsky E., A. Scharp. Bricks of the universe (atoms and molecules). (Rev.) 2, 341 (1921).

Shpolsky E. Handbook of roentgenology. (Rev.) 2, 342 (1921).

Shpolsky E. Artificial decomposition of light elements. 3, 115 (1922).

Shpolsky E. The N series in X-ray spectra. (Ref.) 3, 301 (1923).

Shpolsky E. Radioactivity and the structure of the atom. (Ref.) 3, 304 (1923).

Shpolsky E. Tin isotopes. (Ref.) 3, 305 (1923).

Shpolsky E. An attempt to detect artificial radioactivity. (Ref.) 3, 306 (1923).

Shpolsky E., Harry Schmidt. Problems of modern chemistry. (Rev.) 3, 318 (1923).

Shpolsky E., Walther Gerlach. Matter, electricity, energy. The development of atomistics over the last ten years. (Rev.) 4, 213 (1924).

Shpolsky E., Kaye. Practical applications of X-rays. Kempten. Industrial applications of X-rays. (Rev.) 4, 213 (1924).

Shpolsky E. V. Refraction of X-rays. (Ref.) 5, 149 (1925).

Shpolsky E., M. Siegbahn. Spectroscopy of X-rays. (Rev.) 5, 156 (1925).

Shpolsky E. V. Attempts at the artificial transmutation of mercury into gold. (Ref.) 5, 404 (1925).

Shpolsky E. Peterson and Kirsch. Destruction of atoms. (Rev.) 7, 71 (1927).

Shpolsky E., O. Hahn. What does radioactivity teach us about the history of the earth? (Rev.) 7, 72 (1927).

Alphabetical Index of Authors

Shpol’skii E. V., The mechanism of elementary photochemical processes. 7, 433 (1927).

Shpol’skii E., Anomalous dispersion in the region of X-rays. (Abstract) 8, 413 (1928).

Shpol’skii E., C. Lind. Chemical actions of α-particles and electrons. (Review) 8, 424 (1928).

Shpol’skii E., R. Mecke. Band spectra and their significance for chemistry. (Review) 9, 403 (1929).

Shpol’skii E., A. Sommerfeld. Atomic structure and spectra. (Review) 9, 539 (1929).

Shpol’skii E., In memory of T. K. Molodoi. 9, 543 (1929).

Shpol’skii E., Kohlrausch. Radioactivity. (Review) 9, 707 (1929).

Shpol’skii E., A. Haas. Atomic theory. (Review) 10, 434 (1930).

Shpol’skii E., Pauling and Goudsmit. The structure of line spectra. (Review) 10, 790 (1930).

Shpol’skii E., M. Planck. Introduction to the theory of heat. (Review) 10, 792 (1930).

Shpol’skii E., Artificial transformation of elements by a stream of fast protons. (Abstract) 12, 357 (1932).

Shpol’skii E. V., Penetrating radiation of light elements and experimental proof of the existence of neutrons. 12, 404 (1932).

Shpol’skii E. V., Artificial transformation of elements. 12, 611 (1932).

Shpol’skii E. V., Structure of matter. (Abstract) 13, 153 (1933).

Shpol’skii E., A new method for determining \(\frac{e}{m}\). (Abstract) 13, 318 (1933).

Shpol’skii E., Bonhoeffer and Harteck. Fundamentals of photochemistry. (Review) 13, 790 (1933).

Shpol’skii E. V., Diffuse spectra and chemical problems. 13, 825 (1933).

Shpol’skii E., A. Ken and T. Jung. Photochemistry. (Review) 13, 982 (1933).

Shpol’skii E., Mitchell and Zemansky. Resonance radiation and excitation of atoms. (Review) 14, 813 (1934).

Shpol’skii E. V., Modern photochemistry. 16, 165 (1936).

Shpol’skii E. V., Experimental verification of the photon theory of scattering. 16, 458 (1936).

Shpol’skii E., V. Brett. The world of light. (Review) 17, 107 (1937).

Shpol’skii E., Abraham–Becker. Theory of electricity. (Review) 17, 241 (1937).

Shpol’skii E., Max Planck. Theory of heat radiation. (Review) 17, 535 (1937).

Shpol’skii E., J. P. Gurnwell, J. D. Livingood. Experimental atomic physics. (Review) 17, 534 (1937).

Shpol’skii E. V., Physics in the USSR (1917–1937). 18, 295 (1937).

Shpol’skii E., P. N. Nasledov. Physics of ionic and electronic processes. (Review) 19, 290 (1938).

Shpol’skii E., New textbooks on quantum mechanics. (Review) 21, 82 (1939).

Shpol’skii E. V., Artificial separation of heavy nuclei. 21, 253 (1939).

Shpol’skii E., New textbooks on optics. (Review) 22, 114 (1939).

Shpol’skii E. V., F. Rasetti. Fundamentals of nuclear physics. (Review) 25, 252 (1941).

Shpol’skii E., Acad. A. F. Ioffe. Course of physics. (Review) 26, 110 (1944).

Shpol’skii E. V., Electro-optical properties of colloids. 27, 96 (1945).

Shpol’skii E. V., Petr Petrovich Lazarev. (Obituary) 27, 1 (1945).

Shpol’skii E. V., J. A. Stratton. Electromagnetic theory. (Review) 27, 309 (1945).

Alphabetical Index of Authors

Shpol’skii É., Ya. M. Katushev and V. I. Sheberstov. Fundamentals of the theory of photographic processes. (Rev.) 28, 140 (1946).
Shpol’skii É., Inertia of carriers of electricity in copper and aluminum. (Ref.) 28, 371 (1946).
Shpol’skii É., J. Strong. Technique of the physical experiment. (Rev.) 28, 387 (1946).
Shpol’skii É., Optics in military affairs. Collection of articles. (Rev.) 28, 547 (1946).
Shpol’skii É. V., Spectroscopy in biology. 29, 221 (1946).
Shpol’skii É., I. N. Bronshtein and K. A. Semendyaev. Handbook of mathematics for engineers and students of technical colleges. (Rev.) 30, 146 (1946).
Shponer G., Problems and methods of vacuum spectroscopy. 6, 200 (1926).
Shredinger É., Wave theory of the mechanics of atoms and molecules. 7, 176 (1927).

Shreter F., Advances in the transmission of images over a distance. 6, 491 (1926).
Shteenbek M., see Rompe R. and Shteenbek M. 25, 190, 310, 466 (1941).
Shtern O., see Frisch R. and Shtern O. 14, 99 (1934).
Shuleikin V., Dependence of the dielectric constant on pressure. (Ref.) 2, 120 (1921).
Shuleikin V., Distribution of electrons in atoms and molecules. (Ref.) 2, 302 (1921).
Shuleikin V., Electric dipoles in liquid dielectrics. (Ref.) 2, 308 (1921).
Shuleikin V., On the work of ionization and dissociation of hydrogen. (Ref.) 2, 309 (1921).
Shuleikin V., On the origin of the coloration of seas and lakes. 3, 404 (1923).
Shuleikin V., S. I. Vavilov. The action of light. (Rev.) 4, 214 (1924).
Shuleikin V., Otto Hahn. Radioactivity and the history of the earth. (Rev.) 14, 1032 (1934).
Shuleikin M., Hans Thirring. Ideas of the theory of relativity. (Rev.) 3, 319 (1923).
Shuleikin M., August Kopff. Fundamentals of Einstein’s theory of relativity. (Rev.) 3, 320 (1923).
Shur Ya., Diamagnetism of gases and vapors. 20, 410 (1938).

Shch

Shchadro N., Interference phenomena of X-rays in the case of irregularly arranged particles. (Ref.) 1, 142 (1918).
Shchadro N., Method of measuring light pressure with the aid of a thin metallic sheet. (Ref.) 1, 144 (1918).
Shchadro N., On the attenuation of the luminescence of the atom. (Ref.) 2, 105 (1920).
Shchadro N., On the conductivity of glass at various temperatures. (Ref.) 2, 129 (1920).

E

Eggert J. and Noddak V., Quantum theory and photography. 7, 462 (1927).
Eggert J., New applications of infrared photography. 15, 650 (1935).
Eddington A., The internal structure of stars. 4, 11 (1924).
Eddington A. S., Sources of stellar energy. 6, 273 (1926).
Eiler G., see Heisenberg W. and Eiler G. 21, 130, 261 (1939).
Einstein A., see Fok V. A., Einstein A., Podolsky B., Rosen N., Bohr N. 16, 436 (1936).
Eyring G., Quantum mechanics and chemical reactions. 12, 745 (1932).
Eyring G., see Powell R. and Eyring G. 27, 265 (1945).

SUBJECT INDEX

Eichenwald A. A., Acoustic waves of large amplitude. 14, 552 (1934).

Eichenwald A. A., Acoustic waves of large amplitude. (Letter to the editor). 15, 432 (1935).

Epstein, Application of the quantum theory to the theory of spectral series. 2, 14 (1920).

Yu

Yuz A. L., On the photoconductivity of crystals. 17, 55 (1937).

Ya

Jacobi K. G., On the life of Descartes and his method of directing the mind correctly and seeking truth in the sciences. 1, 165 (1918).

II. SUBJECT INDEX

Adsorption

Shishakov N. A., Gas reactions and adsorption on the surface according to Langmuir. 6, 509 (1926).

Lazarev P., Properties of adsorption. 1, 249 (1918).

Acoustics (see Sound)

Amorphous state of solids

Bragg W. G., The structure of cellulose in the light of X-ray analysis. 10, 325 (1930).

Bragg W. G., On the structure and properties of clays. 21, 1 (1939).

Coffman E., Obtaining amorphous water. 23, 203 (1940).

Treloar L. R., Structure and elasticity of rubber. 28, 259 (1946).

Anomalous dispersion (see Dispersion)

Astrophysics and cosmogony

Lazarev P., On the absence of absorption of light in interplanetary space. 1, 140 (1918).

Davydovitch P., New investigations of the spectra of gaseous nebulae. 3, 281 (1923).

Vavilov S., Temperature radiation of gases and the spectra of luminaries. 3, 293 (1923).

Eddington A., The internal structure of stars. 4, 11 (1924).

Swan F. G., Unsolved problems of cosmic physics. 4, 120 (1924).

Jeans J. H., The origin of the solar system. 4, 217 (1924).

Vogt G., Decrease of the mass of stars as a result of the radiation of energy. 5, 415 (1925).

Eddington A. S., Sources of stellar energy. 6, 273 (1926).

Jeans J. H., The modern development of cosmic physics. 7, 1 (1927).

Grottrian W., On the origin of the spectral lines of nebulae. 8, 279 (1928).

Jeans J. H., New in cosmogony. 8, 555 (1928).

SUBJECT INDEX

Rayleigh, Some solved and unsolved problems of cosmic physics. 9, 711 (1929).
Bronstein M. P., The present state of relativistic cosmology. 11, 124 (1931).
Ten-Bruggencate P., The structure of the universe. 17, 249 (1937).
Petrov V. N., Some problems of the physics of meteors. 22, 449 (1939).
Shklovskii I. S., The present state of the question of the nature of the solar corona. 30, 63 (1946).

Atom. Structure and electron shell

Lazarev P., On the structure of the helium atom. 2, 102 (1920).
Lazarev P., On electron rings in the atom. 2, 103 (1920).
Lazarev P., On Bohr’s model of the atom. 2, 103 (1920).
Lazarev P., On the natural oscillations of atoms in Bohr’s model in the infrared part of the spectrum in connection with the specific heat at high temperatures. 2, 104 (1920).
Shott N., On the damping of atomic luminescence. 2, 105 (1920).
Rutherford E., The nuclear structure of the atom. 2, 194 (1921).
Shuleikin V., The arrangement of electrons in atoms and molecules. 2, 302 (1921).
Bohr N., The structure of atoms and the physico-chemical properties of the elements 3, 214 (1923).
Shpolskii E., Radioactivity and the structure of the atom. 3, 304 (1923).
Bohr N., On the structure of atoms. 3, 417 (1923).
Vavilov S., Atoms and electrons. Reports and debates at the 3rd Physical Congress of the Solvay Institute. 4, 102 (1924).
Tamm I., Magnetism and the structure of atoms. 5, 105 (1925).
Fajans K., Deformation of electron shells and its influence on the properties of salt-like compounds. 5, 294 (1925).
Landé A., Why the system of chemical elements has period lengths: 2, 8, 8, 18, 18, 32? 5, 389 (1925).
Swinné R., The periodic system of the chemical elements in the light of the theory of the structure of the atom. 6, 330 (1926).
Sommerfeld A., The present state of atomic physics. 7, 165 (1927).
Bonhoeffer K. F., Properties of free hydrogen atoms. 8, 61 (1928).
From current literature. The structure of matter. 12, 516 (1932).
Lewin B., The structure of radioactive atoms and the origin of α-rays. 12, 649 (1932).
Shpolskii E. V., The structure of matter. 13, 153 (1933).

Atomic nucleus (see also Nuclear fission, Radioactivity)

Lazarev P., On the composition of the atomic nucleus in connection with its decay. 2, 97 (1920).
Shpolskii E. V., The revival of Prout’s hypothesis. 2, 241 (1921).
Baranov V., The origin of actinium. 2, 287 (1921).
Shpolskii E., A new determination of the charge of the atomic nucleus. 2, 306 (1921).
Paneth F. and Peters K., The transformation of hydrogen into helium. 6, 397 (1926).
Rabinovich E., The problem of the transformation of hydrogen into helium. 6, 458 (1926).
Rutherford E., Atomic nuclei and their transformations. 8, 35 (1928).
Rutherford E., Aston F. W. et al., Discussion on the structure of the atomic nucleus. 9, 551 (1929).

SUBJECT INDEX

Gamow G. A., Essay on the development of the doctrine of the atomic nucleus. 10, 531 (1930).
Gamow G., Essay on the development of the doctrine of the structure of the atomic nucleus. 12, 31, 389 (1932); 13, 46 (1933); 14, 389 (1934).
Discussion on the structure of the atomic nucleus. (The discussion took place on April 28, 1932, at the Royal Society of London.) 12, 525 (1932).
Fowler R. H., Recent achievements in the study of atomic nuclei. 13, 37 (1933).
Bronstein M. P., All-Union Nuclear Conference. 13, 768 (1933).
Kalman G. and Møller G., Hyperfine structure and the atomic nucleus. 14, 407 (1934).
Discussion on heavy hydrogen. 14, 525 (1934).
Chadwick and Goldhaber. Nuclear photoeffect (decomposition of the deuteron by γ-rays). 14, 953 (1934).
Meitner L., The atomic nucleus and the periodic system of the elements. 15, 1 (1935).
Heisenberg W., Remarks on the theory of the atomic nucleus. 16, 1 (1936).
Grochev L., Nuclear photoeffect. 16, 130 (1936).
Bohr N., Neutron capture and the structure of nuclei. 16, 425 (1936).
Dobrotin N., Second All-Union Conference on the Atomic Nucleus. 18, 583 (1937).
Feinberg E. L., Electric moment of the nucleus. 19, 305 (1938).
Dmitriev N., Nuclear isomerism. 19, 535 (1938); 21, 60 (1939).
Bohr N., Nuclear photoeffect. 20, 341 (1938).
Levich V., Third All-Union Meeting on the Atomic Nucleus. 21, 75 (1939).
Shpolsky E. V., Artificial fission of heavy nuclei. 21, 253 (1939).
Nikitin S. Ya., All-Union meeting on questions of the physics of the atomic nucleus. 23, 196 (1940).
Grinberg A. P., Metastable excited states of stable nuclei. 23, 358 (1940).
Rusinov L. I., Isomerism of atomic nuclei. 25, 144 (1941).
Levich V. G., Fifth All-Union Meeting on the Atomic Nucleus. 25, 241 (1941).

Biophysics

(See also Physiological optics, Physiology of hearing)

Ilyin B. V., Laws of excitation by ultraviolet rays. 1, 247 (1918).
Lazarev P., On the application of the second principle of thermodynamics to a living organism. 2, 291 (1921).
Samoilov A. F., Radioactivity and physiology. 2, 292 (1921).
Vavilov S., Temperature coefficient of the decomposition of chlorophyll in light. 2, 315 (1921).
Lazarev P., Photochemistry of carbon assimilation. 3, 285 (1923).
Meyerhof O., Energetics of processes in the living cell. 5, 520 (1925).
Frank G. I., Application of artificial radioactive substances in biology and medicine. 25, 179 (1941).

Vacuum apparatus

Selyakov N., Improvements in the design and manufacture of the Coolidge tube. 1, 73 (1918).
Lazarev P., Simple methods for obtaining a vacuum. 1, 136 (1918).

Deshman S., Recent advances in the field of obtaining and measuring high vacuum. 11, 669 (1931).
Morgulis N. D., New electric-vacuum devices with a hot cathode in rarefied gas. 13, 58 (1933).
Morgulis N. D., Cathode sputtering. 28, 202 (1946).

Internal and external photoelectric effect (see Photoelectric Effect)

Secondary electron emission

Malov N., Obtaining electron diffraction patterns by means of secondary electrons. 16, 276 (1936).
Khlebnikov N. S. and Nalimov V. V., Secondary electron emission. 16, 467 (1936).
Khlebnikov N., Anomalous secondary emission. 16, 689 (1936).
Khlebnikov N. S., New data on secondary emission. 21, 301 (1939).
Khlebnikov N., Conference on problems of secondary electron emission and the photoelectric effect. 22, 105 (1939).
Khlebnikov N., Secondary-emission properties of alkaline-earth metals. 23, 452 (1940).

Extraction of electrons by an electric field

Makhalov A. A., Extraction of electrons by a strong electric field. 8, 533 (1928).
Lukirsky P. I., Extraction of electrons by an electric field. 27, 199 (1945).

High pressures

Rakovsky A. V., Bridgman’s investigations in the field of high pressures. 1, 39, 108, 162 (1918).
Bridgman P., Some theoretically interesting phenomena observed at high pressures. 16, 64 (1936).
Bridgman P. V., On the nature of metals in connection with the study of their properties at high pressures. 20, 519 (1938).
Bridgman P. V., Modern research in the field of high pressures. 29, 305 (1946).

High layers of the atmosphere

Vegard L., The spectrum of auroras and the upper layers of the atmosphere. 4, 205 (1924).
Vasiliev N., The spectrum of the aurora and the structure of the upper layers of the atmosphere. 4, 210 (1924).
Bartels I., The higher layers of the atmosphere. 9, 192 (1929).
Bartels I., Physics of the higher layers of the atmosphere. 13, 689 (1933).
Rukop G., The present state of research on the higher layers of the atmosphere by means of radio waves. 14, 470 (1934).
Discussion on the ionosphere. 14, 499 (1934).
Khvostikov I. A., The glow of the night sky. 17, 121 (1937).
Mimno G. R., Physics of the ionosphere. 18, 57, 203 (1937).
Khvostikov I. A., Essay on the physics of the Earth’s atmosphere. 19, 49, 145 (1938).
Levin B., Sodium in the atmosphere. 21, 484 (1939).
Dolukhanov M. P., The upper layers of the atmosphere. 24, 276 (1940).
Khvostikov I. A., Sodium in the stratosphere. 30, 184 (1946).

SUBJECT INDEX

Viscosity

Bak B. V., The current state of the theory of viscosity. 15, 1002 (1935).
Leont’eva A. A., Modern theories of the viscosity of liquids. 23, 131 (1940).
Powell R. and Eyring H., Viscous and thermodynamic properties of high-polymer substances. 27, 265 (1945).

Gamma rays (see Radioactivity)

Helium

Keesom W. H., Aggregate states of liquid helium. 9, 132 (1929).
Kapitsa P. L., The adiabatic method of liquefying helium. 16, 145 (1936).
Kapitsa P. L., On the superfluidity of liquid helium. 26, 139 (1944).

Geophysics

Lazarev P., The Kursk magnetic anomaly according to the work of the Commission under the Academy of Sciences. 2, 61 (1920).
Lazarev P., On the change of the force of gravity when bodies move along the earth’s surface to the east and west. 2, 127 (1920).
Frederiks V., Absorption of the force of gravity. 2, 269 (1921).
Lazarev P. P., On the Kursk magnetic anomaly according to the investigations of 1921. 3, 104 (1922).
Joly J., The age of the earth. 3, 379 (1923).
Altberg V. Ya., On bottom ice. 3, 392 (1923).
Shuleikin V., On the origin of the coloration of seas and lakes. 3, 404 (1923).
Prey A., Theory of isostasy, its development and results. 6, 31 (1926).
Polikarpov M., On isostasy and the force of gravity. 6, 255 (1926).
Polikarpov M. I., Measurement of the force of gravity on a water surface. 6, 310 (1926).
Polikarpov M., On the distribution of earthquakes by latitude. 8, 417 (1928).
Polikarpov M., The static method of measuring the acceleration of gravity. 11, 965 (1931).
Sveshnikov V., Periodic changes of the force of gravity. 14, 246 (1934).
Halbert E. O., Variations of the earth’s magnetic field and polar auroras. 18, 11 (1937).
Kitaigorodskii A., The nature of terrestrial magnetism. 22, 233 (1939).

Hydrodynamics

Prandtl L., The Magnus effect and the wind ship. 5, 1 (1925).
Kármán T., Turbulence. 21, 21 (1939).

Combustion

Bone W. A., Fifty years of experimental investigation of the influence of water vapor on the combustion of carbon monoxide. 12, 469 (1932).
Sokolik A. S., Self-ignition and combustion in gases. 23, 209 (1940).
Semenov N. N., Thermal theory of combustion and explosions. 23, 251 (1940); 24, 433 (1940).

Double refraction

Bims J. W., Double refraction in an electric and magnetic field. 13, 209 (1933).

Subject Index

Deformations (see Mechanical properties of matter)

Diamagnetism (see Magnetic properties of matter)

Dispersion

Rzhevkin S., Dispersion and absorption of water and ethyl alcohol in the region of short electric waves. 3, 121 (1922).

Shpolsky E., Anomalous dispersion in the region of X-rays. 8, 413 (1928).

Ladenburg R., Dispersion in electrically excited gases. 14, 728 (1934).

Diffraction of molecules

Flerova M. N., Diffraction of molecular rays by crystals. 15, 614 (1935).

Diffraction of light

Panasenkov A. F., Fresnel diffraction at large distances. 26, 258 (1944).

Diffraction of electrons

Mark G. and Wierl R., New data on electron diffraction. 10, 737 (1930).

Broquei L. O., Diffraction of electrons by gas molecules. 17, 175, 280 (1937).

Finch G. I. and Wilman H., Study of surface structure by the method of electron diffraction. 20, 196 (1938).

Kitaigorodsky A. P., Fresnel diffraction of electrons. 25, 511 (1941).

Diffusion

Volkova Z., A new method for measuring diffusion in liquids. 13, 779 (1933).

Meil R. F., Diffusion in solid metals. 19, 492 (1938).

Dielectrics and dielectric properties of matter

Vavilov S., Dependence between the dielectric constant and the minimum ionizing potential of a gas. 2, 118 (1920).

Shuleikin V., Dependence of the dielectric constant on pressure (for water, ethyl alcohol, methyl alcohol, and acetone). 2, 120 (1920).

Shuleikin V., Electric dipoles in liquid dielectrics. 2, 308 (1921).

Belikov P. N., Practical applications of the piezoelectric properties of crystals. 8, 222 (1928).

From current literature. Electricity. 12, 512 (1932).

Debye P., Dielectric properties of pure liquids. 17, 459 (1937).

Frenkel Ya. I. and Gubanov A. I., The present state of the theory of polarization of dielectrics. 24, 68 (1940).

Liquid

Molodiy T., Structure and basic properties of solid and liquid bodies. 1, 78 (1918).

Lazarev P., Orientation of anisotropic liquids on crystals. 1, 147 (1918).

Subject Index

Korsunsky M., Diffraction of X-rays in liquids. 10, 719 (1930).
Trillat J. J., Diffraction of X-rays by liquids. 12, 215 (1932).
Bernal J. and Fowler R., The structure of water and ionic solutions. 14, 586 (1934).
Debye P., Molecular structure of liquids. 14, 846 (1934).
Radchenko I. V., On methods for determining the structure of a liquid from X-ray diagrams. 17, 318 (1937).
Debye P., Quasi-crystalline structure of liquids. 21, 120 (1939).
Frenkel Ya. I., The latest development of the theory of the liquid state. 25, 1 (1941).

Sound. Propagation, absorption, etc.

Zernov V. D., Progress in acoustics over the last 15 years. 1, 121 (1918).
Lazarev P., On the propagation of sound in water. 2, 128 (1920).
Rzhevkin S., Minimum energy of sound at high frequency as perceived by the ear. 3, 492 (1923).
Droussed J. K. V., Marine underwater signaling and transmission of sound under water. 5, 206 (1925).
Trendelenburg F., Recent work in acoustics and electro-acoustics. 10, 593 (1930).
Trendelenburg F., Recent advances in applied acoustics. 11, 650 (1931); 12, 55, 258, 671 (1932).
From current literature. Acoustics. 12, 506, 742 (1932).
Malov N., Doppler effect in piezoquartz plates. 13, 461 (1933).
Malov N., Optical method for studying ultrasonics. 14, 246 (1934).
Shpakovsky V. G., Dispersion and selective absorption of ultrasonic waves in a polyatomic gas. 14, 283 (1934).
Knudsen V. O., Absorption of sound. 14, 298 (1934).
From current literature. Investigation of the ultrasonic field of an oscillating piezoquartz. 14, 383 (1934).
Eichenwald A. A., Acoustic waves of large amplitude. 14, 552 (1934).
Rabinovich A. V., Loudness of sound according to recent investigations. 14, 645 (1934).
Knudsen V. O., Contemporary development of architectural acoustics. 14, 857 (1934).
Malov N. N., Ultrasonic vibrations. 15, 52 (1935).
Malov N., Investigation of quartz oscillations with an optical interferometer. 15, 169 (1935).
Malov N., Optical evidence of oscillations of piezoquartz at overtones. 15, 169 (1935).
Deryagin B. V., Remarks on A. A. Eichenwald’s article “Acoustic waves of large amplitude.” 15, 430 (1935).
Eichenwald A. A., Acoustic waves of large amplitude. Reply to B. V. Deryagin’s remarks. 15, 432 (1935).
Malov N., Study of the propagation of ultrasonic oscillations in solid bodies. 15, 660 (1935).
Rzhevkin S. N., Second All-Union Acoustics Conference. 16, 267 (1936).
Malov N., Concentrated emission of ultrasonic waves. 16, 288 (1936).
Giedeman B., Ultrasound. 16, 586 (1936).

SUBJECT INDEX

Kremer S. I. and Rzhevkin S. N., Investigation of wave processes by the model method using ultrasonic waves. 18, 1 (1937).
Backhaus G., Steady-state processes in acoustics. 19, 240, 353 (1938).
Rzhevkin S. N., Ultrasonic location in bats. 29, 209 (1946).
Rzhevkin S. N., Review of works on resonant sound absorbers. 30, 40 (1946).

Radiation

(see also Spectra, Resonance radiation, Cherenkov effect)

Lazarev P., On a new determination of the radiation constant. 1, 141 (1918).
Shchadro N., On the damping of the glow of an atom. 2, 103 (1920).
Vavilov S., Damping of molecular oscillations and elementary radiation. 2, 258 (1921).
Landsberg G., Light quanta and the spatial structure of radiation. 3, 124 (1922).
Vavilov S., Temperature radiation of gases and glow spectra. 3, 295 (1923).
Landsberg G., On the glow of atoms. 3, 487 (1923).
Landsberg G., On the quantum theory of radiation. 4, 333 (1924).
Landsberg G., Experimental verification of Bohr’s theory of radiation. 5, 252 (1925).
Syrkin Ya. K., Transformation of matter into radiant energy. 8, 673 (1928).
Groshev L., Pair emission of annihilation radiation of positrons. 15, 315 (1935).

Isotopes

Lazarev P., Is isotopy possible in hydrogen and oxygen? 2, 98 (1920).
Vavilov S., Rotational spectra and isotopes. 3, 289 (1923).
Shpolskii E., Isotopes of tin. 3, 305 (1923).
Chariton Yu., On two modifications of hydrogen. 10, 95 (1930).
Landsberg G. S., Hydrogen isotope with mass 2. 12, 343 (1932).
Rusakov V. P., Magneto-optical method and isotopes of radioactive elements. 13, 762 (1933).
Lewis G. N. and Macdonald R. T., Concentration of the isotope H². 13, 799 (1933).
Volkenshtein M., Heavy hydrogen and heavy water. 13, 976 (1933).
Discussion on heavy hydrogen. 14, 525 (1934).
Chernyaev V. I., Separation of nonradioactive isotopes. 14, 685 (1934).
Farkash L., Heavy isotope of hydrogen. 15, 13 (1935).
Mattauch I., Methods and results of isotope research. 15, 85, 221 (1935).
Brodsky A. I., Stable isotopes of light elements. 20, 153 (1938).
Chernyaev V. I., Isotope of hydrogen with mass 3. 21, 466 (1939).
Siborg G. T., Table of isotopes. 28, 285 (1946).

Institutes

Lazarev P. P., Physical Institute of the Scientific Institute. 1, 54 (1918).
Shalnikov A. I., Institute of Physical Problems of the Academy of Sciences of the USSR. 18, 323 (1937).
Gokhberg B. M., Leningrad Physico-Technical Institute of the Academy of Sciences of the USSR. 24, 11 (1940).

Subject Index

Vavilov S. I., Creative work of the State Optical Institute. 27, 106 (1945).
Vavilov S. I., Physics room. — Physics laboratory. — The Physics Institute of the Academy of Sciences at 220 years. 28, 1 (1946).

Instruments and methods of measurement

Selyakov N., Air-jet rectifier of high-voltage alternating currents. 1, 72 (1918).
Shodro G., A method for measuring light pressure by means of a thin metal sheet. 1, 144 (1918).
Vavilov S., On the applicability of soot and platinum black for blackening in measurements of radiant energy. 1, 149 (1918).
Vavilov S., A new method for determining the temperature of a luminous flame. 1, 234 (1918).
Vavilov S., Interrupter for strong currents. 1, 234 (1918).
Gerasimov V., On a shunt method of measuring resistances of a receiver. 1, 239 (1918).
Vavilov S., Calculation and measurement of self-inductance and capacitance. 1, 266 (1918).
Molodyi T., Measurement of the mean free path of a neutral atom. 2, 289 (1921).
Vavilov S., Direct measurement of thermal molecular velocities. 2, 301 (1921).
Rzhevkin S., Ultramicrometer. 2, 325 (1921).
Selyakov N., Methods for attaining a high vacuum. 3, 108 (1922).
Vavilov S., A new photometer for measuring weak light sources. 3, 113 (1922).
Vvedenskii B., The thermoelectronic tube as a physical instrument. 3, 277 (1923).
Mikhailov A. A., An interference method for measuring angular diameters of stars. 4, 29 (1924).
Rzhevkin S. N., Cathode tubes, their theory and principal applications. 4, 271 (1924).
Rebinder P. A., On Svedberg’s ultracentrifuge. 5, 396 (1925).
Barats Yu., Experimental study of electromagnetic processes of high voltage and high frequency with the aid of Rogowski’s cathode oscillograph. 8, 415 (1928).
Mysovskii L. V., Improvement of methods of observing α- and β-particles. 9, 574 (1929).
Mysovskii L. V., A laboratory method for obtaining high potentials. 10, 545 (1930).
Shishakov N. A., Distillation in vacuum. 10, 781 (1930).
Johnson J. B., Cathode oscillograph. 12, 691 (1932).
Malov N., Piezoelectric oscillograph. 13, 460 (1933).
Malov N., Optical feedback. 14, 461 (1933).
Malov N., Multifold cathode oscillograph. 13, 782 (1933).
From current literature. Experimental determination of the capacitance of flat capacitors with small plate diameter and relatively large dielectric thickness. A new system for measuring currents by means of a cathode oscillograph. Study of heated cathodes by means of an electron microscope. 14, 782 (1934).
Fiveg R., On the recording of changing processes. 14, 914 (1934).
Malov N., Frequency control by means of a single-filament electrometer. 15, 169 (1935).
Brumberg E., A new type of monochromator. 15, 427 (1935).

SUBJECT INDEX

Wolfson K., A hydraulic particle counter and its application. 15, 536 (1935).

Groshev L., A Wilson chamber with an increased period of existence of the supersaturated vapor. 15, 665 (1935).

Frisch S. and Gerasimov F., Installation of a large concave diffraction grating at the State Optical Institute in Leningrad. 16, 116 (1936).

Fabrikant V., A new method for measuring light pressure. 16, 135 (1936).

Khlebnikov N., An oscillographic method for investigating phenomena of gas adsorption. 16, 286 (1936).

Gurevich M. M., Photometric measurements with the aid of photocells. 17, 261 (1937).

Malov N., A new electrical instrument for reproducing vowels. 17, 529 (1937).

Scheibe A., Precise measurement of time. 18, 79 (1937).

Khlebnikov N., A new type of mass spectrograph. 21, 236 (1939).

Khlebnikov N., An electronographic method for recording rapid electrical processes. 21, 481 (1939).

Khlebnikov N., A new method for analyzing gas mixtures. 21, 482 (1939).

Khlebnikov N., An improved continuous-action Wilson chamber. 22, 113 (1939).

Gurevich M. M., General foundations of colorimetry. 22, 129 (1939).

Khlebnikov N., Detection of individual ions, electrons, and photons by means of an electron multiplier. 23, 76 (1940).

Komarova A., New instruments. 23, 81 (1940).

Kofman E., A new manometer for measuring pressures from 0.1 to 190 mm Hg. 23, 203 (1940).

Khlebnikov N. S., The latest improvements in iconoscopes. 24, 293 (1940).

Khlebnikov N. S., Electron multipliers. 24, 358 (1940).

Khlebnikov N., Introduction of spectrally pure gases into vacuum systems. 24, 527 (1940).

Czerny M. and Reder H., Advances in infrared technology. 25, 98 (1941).

Kofman E. V., Designs of modern ultracentrifuges. 25, 310 (1941).

Ievlev A. P., Modern fractionating pumps. 29, 179 (1946).

Khlebnikov N. S., A new method for measuring small luminous fluxes by means of photomultipliers. 29, 201 (1946).

Studenkov E. M., A hydraulic model of electron-beam devices of the “klystron” type. 29, 206 (1946).

Ilyina A. A., Light filters for the near infrared part of the spectrum. 29, 359 (1946).

Interference of Light

Mikhailov A. A., An interference method for measuring the angular diameters of stars. 4, 29 (1924).

Groshev L., L. de Broglie’s diagram with optical waves. 15, 166 (1935).

Tolyansky S., New interferometric methods and their application to the study of crystals. 30, 103 (1946).

Ionization

Lazarev P., On the ionization potential of He. 2, 102 (1920).

Shuleikin V., On the work of ionization and dissociation of hydrogen. 2, 308 (1921).

SUBJECT INDEX

Semenov N. N., Ionization potentials and glow potentials of gases and vapors. 3, 449 (1923).
Landsberg G., Ionization and excitation potential of nitrogen. 3, 481 (1923).
Landsberg G., Ionization potential of helium. 3, 482 (1923).
Terenin A., Photoionization of gases. 11, 276 (1931).
Kalmann G. and Rosen B., Elementary processes in the ionization by impact of material particles. 12, 105, 293 (1932).

Ionic and molecular beams

Semenov N. N., On the molecular beam. 5, 57 (1925).
Landsberg G. S., New experiments with a molecular beam by the method of O. Stern. 7, 494 (1927).
Khlebnikov N. N., Conditions for obtaining intense ion beams. 23, 74 (1940).
Khlebnikov N., Source of a focused beam of hydrogen and helium ions. 23, 75 (1940).
Meisner K. V., Application of atomic beams in spectroscopy. 29, 333 (1946).

Artificial radioactivity (see Radioactivity)

History of physics (see also Institutes of the Academy of Sciences, Jubilee articles)

Krylov A. N., On the works of B. V. Golitsyn in seismology. 1, 101 (1918).
Rakovsky A., From the history of alcoholometric tables. 2, 93 (1920).
Weierstrass, Speech delivered on assuming the office of rector of the University of Berlin on October 15, 1873. 1, 85 (1918).
Anri V., The role of Leibniz in the creation of scientific schools in Russia. 1, 91 (1918).
Vavilov S., Oersted’s discovery of electromagnetism in 1820. 2, 337 (1921).
Vavilov S. I., Light pressure, mass and energy (In memory of P. N. Lebedev). 3, 192 (1923).
Bachinsky A. I., On the history of Russian science. N. A. Umov’s views on potential energy, on forces acting at a distance, and on mass. 3, 256 (1923).
Frederiks V. K., The foundations of Newton’s mechanics and the principle of relativity. 7, 75 (1927).
Vavilov S. I., Principles and hypotheses of Newton’s optics. 7, 87 (1927).
Vavilov S. I., Preface to the translation of Newton’s optical memoirs. 7, 123 (1927). Note to the translation of Newton’s optical memoirs. 7, 159 (1927).
Newton I., Optical memoirs. 7, 123 (1927).
Rakovsky A. V., On the discovery of the periodic system of elements. 7, 311 (1927).
Matinyon K., The works and activity of Marcelin Berthelot. 8, 1 (1928).
Kablukov I. A., S. Arrhenius and his theory of electrolytic dissociation. 8, 427 (1928).
Tamm I., Guiding ideas in Faraday’s creative work. (September 2, 1791–August 25, 1867.) On the centenary of the discovery of electromagnetic induction. 12, 1 (1932).
Shpolsky E. V., Physics in the USSR (1917–1937). 18, 295 (1937).
Vavilov S. I., The physics cabinet.—The physics laboratory.—The Physics Institute of the Academy of Sciences over 220 years. 28, 1 (1946).
Mandelstam L. I., Newton’s optical works. 28, 103 (1946).
Vavilov S. I., Lucretius’s physics. 29, 161 (1946).

SUBJECT INDEX

Light Sources (see also Luminescence)

Rzhevkin S., Source of a continuous ultraviolet spectrum. 3, 491 (1923).
Pirani M., New studies on the excitation of light. 13, 445 (1933).
Spivak G. V. and Klarfeld V. N., Conference on new light sources. 14, 116 (1934).
Zerov D., Economical light sources. 15, 522 (1935).
Laks E., Pirani M. and Rompe R., Modern light sources. 16, 39 (1936).
Khlebnikov N., High-pressure mercury lamps. 21, 353 (1939).

Catalysis

Rideal E., Catalysis. 8, 702 (1928).
Dankov P. D., On the physics of catalysis phenomena. 14, 63 (1934).

Quantum Physics

Ilyin B. V., Theory of the magneton. 1, 242 (1918).
Lazarev P., On the confirmation of Bohr’s atomic theory by studying collisions of electrons and gas molecules. 2, 100 (1920).
Prevoditelev A., Necessary physical assumptions underlying the derivation of Planck’s radiation law. 2, 108 (1920).
Vavilov S., Heat of neutralization and the theory of quanta. 2, 109 (1920).
Krutkov Yu. A., Bohr’s correspondence principle in quantum theory. 2, 272 (1921).
Landsberg G. S., Light quanta and the spatial structure of radiation. 3, 124 (1922).
Landsberg G. S., On the hypothesis of light quanta. 3, 124 (1922).
Terenin A., The number of dispersion electrons according to quantum theory. 3, 146 (1922).
Vavilov S., Experimental proof of the discreteness of the direction of the atomic angular momentum in a magnetic field. 3, 301 (1923).
Prevoditelev A., On one remarkable case of quantization. 3, 489 (1923).
Vavilov S. I., The action of light and the theory of quanta. 4, 36 (1924).
Frenkel Ya., Essay on the theory of light quanta. 4, 329 (1924).
Landsberg G., On the quantum theory of radiation. 4, 333 (1924).
Landsberg G. S., Experimental verification of Bohr’s radiation theory. 5, 252 (1925).
Lorentz G. A., Max Planck and the theory of quanta. 6, 81 (1926).
Bohr N., Atomic theory and mechanics. 6, 93 (1926).
Heisenberg W., Quantum mechanics. 6, 425 (1926).
Andreev N. N., Elements of wave mechanics. 7, 25 (1927).
Frenkel Ya. I., Mechanical and electromagnetic properties of light atoms (quanta). 7, 107 (1927).
Schrödinger E., Wave theory of the mechanics of atoms and molecules. 7, 176 (1927).
Gamow G. A., The beginning of fundamental observability in modern physics. 7, 356 (1927).
Bohr N., The quantum postulate and the new development of atomistics. 8, 306 (1928).
Tartakovsky P. S., Wave views on the nature of matter and experiment. 8, 338 (1928).
Davisson K., Are electrons waves? 8, 483 (1928).
Sytkin Ya. K., Transformation of matter into radiant energy. 8, 675 (1928).
Granovsky V. L., New experimental investigations of electron waves. 9, 368 (1929).

Subject Index

Darrow C. K., Introduction to Schrödinger wave mechanics. 9, 437 (1929).

Jordan P., The hypothesis of light quanta, its development and present state. 10, 27 (1930).

Blochintsev D. I., Model representation of the electron cloud of hydrogen-like atoms. 12, 160 (1932).

Halperin F. and Markov M., The origin of indeterminacy in quantum mechanics and the principle of causality. 13, 1 (1933).

Tartakovsky P., A new theory of Born’s electromagnetic field. 15, 323 (1935).

Laue M., On Heisenberg’s uncertainty relations and their epistemological significance. 15, 343 (1935).

Weisskopf V., Problems of the new quantum theory of the electron. 16, 293 (1936).

Fock V. A., Einstein A., Podolsky B., Rosen N., Bohr N., Can the quantum-mechanical description of physical reality be considered complete? 16 436 (1936).

Nikolsky K. V., Principles of quantum mechanics. 16, 538 (1936).

Fock V. A., On Nikolsky’s article “Principles of quantum mechanics.” 17, 552 (1937).

Nikolsky K. V., Reply to V. A. Fock. 17, 554 (1937).

Sommerfeld A., The fine structure of hydrogen lines. History and present state of the theory. 24, 514 (1940).

Quantum Chemistry (see Chemical Bond)

Kinetics of Chemical Reactions

Prevoditelev A., On the theory of gas reactions. 2, 111 (1920).

Hinshelwood C. N., Kinetics of homogeneous reactions. 7, 407 (1927).

Hinshelwood C. N., Problems of energy transfer in the kinetics of chemical reactions. 9, 119 (1929).

Roginsky S. Z., Monomolecular reactions in modern chemical kinetics. 11, 805 (1931).

Kinetic Theory (see Statistical Physics)

Colloids and Disperse Systems

Ilyin B., The role of valency in the electrocoagulation of colloids. 2, 295 (1921).

Molody T., Determination of the size and internal structure of colloidal particles by means of X-rays. 2, 301 (1921).

Loeb J., Explanation of the colloidal state of protein bodies. 4, 136 (1924).

Shpolsky E. V., Electro-optical properties of colloids. 27, 96 (1945).

Combination Scattering

Landsberg G. S., New developments in the question of light scattering. 9, 35 (1929).

Smekal A., The Raman effect and its significance for spectroscopic investigations of the structure of molecules. 11, 300 (1931).

Volkenstein M. V., The Raman effect and intermolecular interaction. 18, 153 (1937).

SUBJECT INDEX

Condensation and evaporation (see Molecular physics)

Cosmic rays

Millikan R. A., Cosmic rays of high frequency. 6, 1 (1926).
Millikan R. A. and Cameron J. X., New things about cosmic rays. 8, 121 (1928).
Millikan R. and Cameron J., The origin of cosmic rays. 9, 1 (1929).
Mysovskii L., Experimental study of the nature of cosmic rays. 10, 1 (1930).
Galperin F., On the nature of cosmic radiation. 11, 787 (1931).
Mysovskii L. V., New paths toward the study of the nature of cosmic rays. 12, 625 (1932).
Blackett and Occhialini, The disintegration of atoms by cosmic rays and the positive electron. 13, 491 (1933).
Mysovskii L. V., The passage of cosmic rays through matter. 13, 518 (1933).
Vernov S. N., New work in the field of the study of cosmic rays. 14, 120 (1934).
Compton A. G., Recent investigations of cosmic rays. 16, 556 (1936).
Williams E. J., The passage of charged particles through matter. 18, 492 (1937).
Levich V. G., Recent investigations in the field of cosmic rays. 18, 607 (1937).
Ivanenko D. D., Cosmic rays and new “heavy-light” particles. 19, 322 (1938).
Heisenberg W. and Euler H., On the theory of cosmic radiation. 21, 130, 261 (1939).
Alikhanov A. I. and Alikhanyan A. I., New data on the nature of cosmic rays. 27, 22 (1945).
Skobeltsyn D. V., On the work of the 1944 Pamir expedition of the Lebedev Physical Institute on the study of cosmic radiation. 28, 51 (1946).
Ginzburg V. L., Heavy particles and nuclear disintegrations (“stars”) in cosmic rays. 29, 29 (1946).

Crystal lattice (see Crystalline state of matter)

Crystalline state of matter (see also: X-ray methods of investigation of matter. Dielectrics (Mechanical and magnetic properties of matter))

Predvoditelev A., On the thermal expansion of crystalline solids. 2, 112 (1920).
Vavilov S. S., Orientation of atoms in a crystal. 2, 302 (1921).
Wulff G. V., Physics and crystallography. 3, 15 (1922).
Bursian V. R., The electrical nature of molecular forces in crystals. 3, 65 (1922).
Selyakov N., The fundamental element of a crystal. 3, 134 (1922).
Frumkin A., The passage of current through solid crystalline compounds. 3, 310 (1923).
Frumkin A., The structure of crystals of ammonium halide salts. 3, 312 (1923).

Subject Index

Wulff G. V., Advances in our knowledge in the field of the structure of crystals. 3, 234 (1923).
Vavilov S., A new optical property of biaxial crystals. 3, 294 (1923).
Bragg W. G. and Bragg W. L., The analysis of crystals and atomic forces. 5, 265 (1925).
Konobeevskii S. T., Crystal physics and questions of metallurgy. 5, 433 (1925).
Sommerfeld A., The periodic system, chemical bonds, and crystalline structure. 6, 375 (1926).
Ioffe A. F., Mechanical properties of crystals. 8, 441 (1928).
Bragg W. G., The structure of organic crystals. 8, 597 (1928).
Polanyi M., Deformation, fracture, and strengthening of crystals. 8, 738 (1928).
Goldschmidt V. M., The structure of crystals and chemical composition. 9, 811 (1929).
Carpenter H., The metallic crystal. 10, 689 (1930).
Fuchs N., On the nucleation of crystals. 15, 496 (1935).
Seitz F., Ionic conductivity in solid salts. 18, 542 (1937).
Alberg V. Ya., On the problem of crystal nucleation. 21, 69 (1939).
Bragg W. G., On the structure of ice. 21, 105 (1939).
Savostyanova M. V., The smallest particles of metal inside the crystal lattice. 21, 168 (1939).
Stranski I. N. and Kaischew R., On the theory of crystal growth and the formation of crystalline nuclei. 21, 408 (1939).
Klassen-Neklyudova M. V. and Kontorova T. A., The nature of intercrystalline layers. 22, 249, 395 (1939).
Gottoberdze D. B., Defects of crystals. 23, 442 (1940).
Kitaigorodsky A., The mean electrostatic potential in a crystal. 24, 529 (1940).
Kitaigorodsky A., Stability of crystal lattices. 24, 531 (1940).
Volkenshtein F. F., Electronic processes in real crystals. 28, 389 (1946).

Luminescence

Vavilov S., Fluorescence of mercury vapor. 2, 315 (1921).
Karchagin V., Investigation of the visible grayish-blue radiation of the focal spot of a Lilienfeld tube. 2, 324 (1921).
Rabinovich A., Luminescence in chemical reactions. 4, 315 (1924).
Kondrat’ev V. N., Chemiluminescence. 8, 723 (1928).
Kneser G. O., Active nitrogen. 11, 931 (1931).
Khlebnikov N., Lamps using fluorescence. 22, 357 (1939).
Fabrikant V., Physics and technology of luminescent lamps. 27, 159 (1945).
Feofilov P., Session of the Physico-Mathematical Division of the Academy of Sciences of the USSR, devoted to questions of the luminescence of solid and liquid bodies. 28, 130 (1946).

Magnetic Spectroscopy

Arkadev V. K., Electric and magnetic spectroscopy. 4, 263 (1924).
Arkadev V. K., The present state of the question of magnetic spectra. 8, 194 (1928).

Magnetic Properties of Matter

Reichinstein Ts., On the influence of the chemical nature of a substance on magnetic properties. 1, 205 (1918).
Lazarev P., On an experimental proof of Ampèrian molecular currents. 2, 100 (1920).

Subject Index

Vvedensky B., Magnetic susceptibility. 3, 122 (1922).
Dorfman Ya. G. and Grigorov K. V., Magnetic analysis of articles. 8, 620 (1928).
Dorfman Ya. G., The problem of strong magnetic fields and the work of P. L. Kapitsa. 9, 79 (1929).
Malov N. N., Magnetostrictive oscillations and their applications. 9, 859 (1929).
Kapitsa P. L., Experimental investigations in strong magnetic fields. 11, 533 (1931).
Zaitsev A. A., On the influence of electric and magnetic fields on the properties of gases. 14, 1009 (1934).
Auvers O., On the present state of gyromagnetic investigations. 15, 480 (1935).
Barnett S., Gyromagnetic effects and electron-inertia effects. 18, 392 (1937).
Shur Ya., Diamagnetism of gases and vapors. 20, 410 (1938).
Vonsovsky S. V., Modern concepts of the processes of technical magnetization. 22, 58 (1939).
Siksten K., Experiments with large Barkhausen jumps. 22, 63 (1939).
Dering V., Growth of remagnetization nuclei during large Barkhausen jumps. 22, 78 (1939).
Becker R., On the theory of ferromagnetism. 23, 399 (1940).
Brown W. F. and Vonsovsky S. V., The magnetization curve and domains of ferromagnets. 26, 45 (1944).

Meson (see Elementary Particles)

Meteorology

Ilyin B., Measurements of the strength of radio reception, ionization of the atmosphere, and other meteorological elements during the solar eclipse of April 8, 1921. 2, 277 (1921).
Marvin I. F. and Kimball G. G., Solar radiation and weather prediction. 6, 464 (1926).

Mechanics

Shaposhnikov K., On the principle of similarity. 1, 137 (1918).
Krylov A. N., An outline of the history of the establishment of the fundamental principles of mechanics. 2, 143 (1921).
Grammel R., Mechanical proofs of the motion of the earth. 3, 335 (1923).
Mandelstam L. I., Once again on the forces of inertia. 28, 99 (1946).

Mechanical Properties of Matter

Ioffe A. F., Electrical and mechanical strength and molecular forces. 8, 141 (1928).
Ioffe A. F., Mechanical properties of crystals. 8, 441 (1928).
Polanyi M., Deformation, rupture, and strengthening of crystals. 8, 738 (1928).
Konobeevsky S., Do the atoms of a metal deform during cold working? 15, 176 (1935).
Klassen-Neklyudova M. V. and Kontorova T. A., Development of modern theoretical ideas on the nature of plastic deformation. 26, 217 (1944).

Microscopy

Vavilov S., A new method for determining the shape and dimensions of ultramicroscopic objects. 5, 408 (1925).
Malov N. N., The electron microscope. 13, 367 (1933).
Groshev L., Obtaining images with ion beams. 16, 284 (1936).

Subject Index

Gershberg M., Theory of the microscope. 16, 379 (1936).
Groshev L., Investigation of the emission of electrons by cold metals with the aid of the electron microscope. 16, 531 (1936).
Zernov D., A universal electron microscope for bright-field, dark-field, and stereo images. 24, 297 (1940).
Pulko S. L., The electron microscope. 24, 487 (1940).

Molecules. Frequencies of vibrations, forces, etc. (see also Molecular diffraction, Chemical bond, Collision of molecules)

Vavilov S., Damping of molecular vibrations and elementary radiation. 2, 258 (1921).
Kondrat’ev V., Band spectra and the structure of molecules. 6, 382 (1926).
Andreev V., The structure of the methane molecule. 8, 394 (1928).
Kondrat’ev V. N., Energy levels and the structure of molecules. 9, 380 (1929).
Syrkin Ya., Polarity and structure of molecules. 10, 495 (1930).
London F., Electrical theory of forces between atoms and molecules. 13, 430 (1933).
Frisch R. and Stern O., On the magnetic deflection of hydrogen molecules and on the magnetic moment of the proton. 14, 99 (1934).
Mecke R., Experimental spectroscopic data on polyatomic molecules. 14, 302 (1934).
Farkas L., Para- and orthohydrogen. 15, 346 (1935).
Vol’kenshtein M. V., Vibrations of polyatomic molecules and their study by means of group theory. 16, 329 (1936).
London F., General theory of molecular forces. 17, 421 (1937).
Bernal J. D., The structure of proteins. 22, 98 (1939).
El’yashevich M. A., Mechanics of molecular vibrations. 28, 482 (1946).
Vol’kenshtein M. V., Electro-optics of molecular vibrations. 29, 54 (1946).

Molecular Physics

Lazarev P. P., Modern problems of molecular physics. 1, 25 (1918).
Il’in B. V., Molecular forces and valence in physicochemical and biological processes. 2, 233 (1921).
Frumkin A., Electrocapillary phenomena. 3, 286 (1922).
Il’in B. V., Molecular forces and their electrical nature. 6, 382 (1926).
Ioffe A. F., Electrical and mechanical strength and molecular forces. 8, 141 (1928).
Langmuir I., Forces near the surface of molecules. 10, 463 (1930).
Rozenkevich L., On the essence of the heat of activation and the behavior of activated molecules. 12, 718 (1932).
Sveshnikov B., Evaporation, condensation, and absorption. 13, 220 (1933).
Frenkel Ya. I., On the theory of accommodation and condensation phenomena. 20, 84 (1938).

Neutron (see Elementary particles, Nuclear fission)

Low temperatures (see also Superconductivity, Helium)

Kamerlingh-Onnes H., On the lowest temperature attained up to the present time. 4, 240 (1924).
De Haas W., On the lowest temperatures. 14, 95 (1934).
Keesom W., Calorimetric investigations at very low temperatures. 15, 181 (1935).

Subject Index

Debye P., Magnetic method for obtaining very low temperatures. 15, 197 (1935).

Fastovskii V. G., Obtaining low temperatures by the method of F. Simon. 20, 133 (1938).

General Questions

Bronshtein M. P., Conference on theoretical physics. 14, 516 (1934).
Shpolskii E. V., Current problems of physics. 30, 1 (1946).

Optical Properties of Matter

Rusakov V. P., Time lag in the magneto-optical Faraday phenomenon. 15, 739 (1935).
Condon E., Theory of optical rotatory power. 19, 380 (1938).
Gubanov A., Optical phenomena associated with the orientation of elongated particles in a fluid flow. 22, 32 (1939).

Osmotic Pressure

Il’in B. V., Osmotic pressure and density oscillations in concentrated emulsions. 1, 243 (1918).

Reflection of Light

Ives F. and Fry T., Standing light waves; repetition of Wiener’s experiment on a photoelectric surface. 14, 104 (1934).

Surface, Surface Effects

Lazarev P., On the structure of the surface layer of liquids. 1, 145 (1918).
Frumkin A. N., Thin layers on the surface of water. 4, 172 (1924).
Fowler R., Passage of electrons through a surface and surface layers. 10, 135 (1930).
Shishakov N., Electron analysis of surface structures. 13, 313 (1933).

Absorption of Light

Landsberg G., On true absorption of light. 3, 487 (1923).
Vavilov S., Absorption of light in bromine and chlorine vapors. 4, 98 (1924).

Semiconductors

Volkenstein F., Mechanism of electronic conductivity in dielectrics and semiconductors. 12, 351 (1932).
Ioffe A. F., Electrical conductivity of solid insulators and semiconductors. 13, 469 (1933).
Groshev L., Third All-Union Conference on Semiconductors. 14, 808 (1934).
Guden B., Electrical conductivity of electronic semiconductors. 15, 703 (1935).
Davydov B. I. and Shmushkevich I. M., Theory of electronic semiconductors. 24, 21 (1940).

SUBJECT INDEX

Piezoelectrics (see Dielectrics)

Radar (see Radio)

Radio (see also Propagation of electromagnetic waves, Ultrashort waves)

Il’in B. V., Protection of radiotelegraph receivers from atmospheric discharges. 1, 241 (1918).
Rzhevkin S., Application of a photoelectric element as a receiving device for wireless telegraphy. 1, 253 (1918).
Lazarev P., On some applications of amplifiers used in wireless telegraphy. 2, 127 (1920).
Il’in B., Measurements of radio reception strength, atmospheric ionization, and other meteorological elements during the solar eclipse of April 8, 1921. 2, 277 (1921).
Bazhenov V. I., Russian radio engineering. 3, 262 (1923).
Petrovskii A. A., Thirty years of radio. 5, 138 (1925).
Mandel’shtam L. I., Questions of electrical oscillatory systems and radio engineering. 13, 161 (1933).
Malov N. N., Radir. 29, 1 (1946).

Radioactivity (see also Nuclear fission)

Lazarev P., On the ratio of the amounts of actinium and uranium in carnotite from Colorado. 1, 139 (1918).
Lazarev P., On Rutherford’s work on the passage of rays through matter. 2, 95 (1920).
Samoilov A. F., Radioactivity and physiology. 2, 292 (1921).
Fredericks V., Relation of mass to weight for crystals and radioactive substances. 2, 298 (1921).
Baranov V., The relative activity of radium and uranium. 2, 318 (1921).
Selyakov N., Magnetic spectrum of β-rays excited by γ-rays. 3, 131 (1922).
Selyakov N., Wavelength of hard γ-rays. 3, 133 (1923).
Shpol’skii E., Radioactivity and the structure of the atom. 3, 304 (1923).
Shpol’skii E., An attempt to detect artificial radioactivity. 3, 306 (1923).
Rutherford E., Biography of the alpha particle. 4, 187 (1924).
Levshin V., The structure of radioactive atoms and the origin of α-rays. 8, 410 (1928).
Gamov G. A., Outline of the development of the doctrine of the structure of the atomic nucleus. Theory of radioactive decay. 10, 531 (1930).
Bronstein M. P., Absorption and scattering of γ-rays. 12, 649 (1932).
Bronstein M. P., Internal conversion of γ-rays. 13, 537 (1933).
Fermi E., Amaldi E., Rasetti I. and Segrè E., Artificial radioactivity produced by neutron bombardment. 14, 933 (1934).
Groshev L., Positron emission of radioactive elements. 15, 173 (1935).
Alikhanov A. I. and Alikhanyan A. I., Artificial production of radioactive elements. 15, 281 (1935).
Groshev L., Artificial radioactivity of gaseous nitrogen caused by neutrons. 15, 667 (1935).
Amaldi E., d’Agostino O., Fermi E., Pontecorvo B., Rasetti F. and Segrè E., Artificial radioactivity produced by neutron bombardment. L. 15, 838 (1935).
Groshev L., On a fourth radioactive family with atomic weights \(4n+1\). 15, 931 (1935).
Hevesy G., Radioactivity of potassium. 15, 935 (1935).

SUBJECT INDEX

Groshev L., Chemical detection of artificial transformation of elements. 16, 285 (1936).
Groshev L., Positron radiation emitted by radioactive substances. 16, 530 (1936).
Groshev L., Experimental verification of the theory of β-decay. 16, 690 (1936).
Groshev L., β-particles of high energies. 16, 693 (1936).
Groshev L. V., Absorption and scattering of γ-rays. 17, 201 (1937).
Groshev L., Artificial radioactivity induced by γ-rays. 17, 533 (1937).
Groshev L., Radioactivity of rubidium. 18, 454 (1937).
Frank G. I., The application of artificially radioactive substances in biology and medicine. 25, 179 (1941).
Siborg G. T., Chemical and radioactive properties of heavy elements. 28, 145 (1946).

Discharge in Gases

Trapeznikov A., Discharge at very low pressure. 2, 124 (1920).
Shishakov N. A., Disappearance of gas during an electric discharge. 8, 105 (1928).
Kurchatov I., Electrical breakdown of gases (A critique of the ionization theory of breakdown). 9, 685 (1929).
Simpson J. K., Lightning. 10, 757 (1930).
Compton K. T. and Langmuir I., Electric discharges in gases. 11, 9, 214, 371 (1931).
Spivak G. V., New concepts concerning the development of a gas discharge. 11, 726 (1931).
Langmuir I., Electric discharges in gases at low pressures. 13, 291 (1933).
Rogovskii V., On the ignition of a gas discharge. 13, 593 (1933).
Pavlov P., Investigation of a spark discharge with the aid of a Wilson chamber. 15, 663 (1935).
Zaitsev A. A. and Reichrudel E. M., Ionization by impacts of the second kind in a gas discharge. 20, 447 (1938).
Kaptsov N., Physics of ionic and electronic processes and technology. 22, 217 (1939).
Bak M. A. and Nikolaevskaya N. N., Lightning and its physical nature. 22, 294 (1939).
Khlebnikov N. S., Conference on cathode phenomena in vacuum and rarefied gases. 24, 420 (1940).
Zingerman A. S., Theory and mechanism of gas breakdown. 25, 55 (1941).
Rompe R. and Steenbeck M., Gases in the plasma state. 25, 190, 310, 466 (1941).

Propagation of Electromagnetic Waves

Khlebnikov N., The velocity of propagation of radio waves in air. 22, 113 (1939).
Malov N. N., Electromagnetic waves in hollow conductors and dielectric rods. 23, 403 (1940).
Barakan N. B., The influence of meteorological factors on the propagation of radio waves. 24, 398 (1940).
Studenkov E. M., Field systems in ultra-high-frequency technology. 25, 444 (1941).
Kitaigorodskii A. I., A new measurement of the speed of light. 26, 107 (1944).
Mandelstam L. I. and Papaleksi N. D., On the speed of propagation of radio waves. 26, 144 (1944).

Subject Index

Ginzburg V. L., Theory of the propagation of radio waves in the ionosphere. 28, 155 (1946).
Papale ksi N. D., On measuring the distance from the Earth to the Moon by means of electromagnetic waves. 29, 250 (1946).

Scattering of Light

Vavilov S., Experimental proof of the scattering of light in pure transparent gases. 3, 297 (1923).
Tikhanovskii I. I., Scattering of light in the atmosphere. 6, 291 (1926).
Landsberg G., New in the question of the scattering of light. 9, 35 (1929).
Mandelstam L., Scattering of light by ultrasonic waves. 13, 460 (1933).
Shpolskii E. V., Experimental verification of the photon theory of scattering. 16, 458 (1936).
Vul’fson K., Scattering of photons and the laws of conservation of energy and momentum. 17, 93 (1937).
Khvostikov I. A., The theory of light scattering and its application to questions of the transparency of the atmosphere and of fogs. 24, 165 (1940).

Splitting and Decay of Nuclei (see also Radioactivity)

Shpolskii E., New data on the artificial transformation of elements. 2, 317 (1921).
Shpolskii E., Artificial decomposition of light elements. 3, 115 (1922).
Rutherford E., Artificial splitting of elements. 3, 198 (1923).
Rutherford E., Natural and artificial decomposition of elements. 5, 28 (1925).
Shpolskii E. V., Attempts at the artificial transformation of mercury into gold. 5, 404 (1925).
Halfin E., New work on the question of the decomposition of atoms. 7, 332 (1927).
Shpolskii E., Artificial transformation of elements by a stream of fast protons. 12, 357 (1932).
Shpolskii E. V., Artificial transformation of elements. 12, 611 (1932).
Groshev L., Nuclear reactions on separated isotopes of lithium. 15, 171 (1935).
Groshev L., Neutrons knocked out by γ-quanta from beryllium nuclei. 15, 171 (1935).
Groshev L., High-energy γ-quanta arising in the bombardment of lithium and fluorine by fast protons. 15, 174 (1935).
Groshev L., Masses of light elements determined from nuclear reactions. 15, 1041 (1935).
Groshev L., γ-radiation arising under the action of neutrons on matter. 15, 1044 (1935).
Groshev L., γ-rays excited by neutrons. 16, 281 (1936).
Bohr N., Transformations of atomic nuclei. 18, 337 (1937).
Rutherford E., Modern alchemy. 19, 18 (1938).
Bohr N. and Kalckar F., On transformations of atomic nuclei caused by collisions with material particles. 20, 317 (1938).
Zel’dovich Ya. B. and Khariton Yu. B., Fission and chain decay of uranium. 23, 329 (1940).
Kurchatov I. V., Fission of heavy nuclei. 25, 159 (1941).
Petrzhak K. A. and Flerov G. N., Spontaneous fission of uranium. 25, 171 (1941).
Zel’dovich Ya. B. and Khariton Yu. B., Mechanism of nuclear fission. 25, 381 (1941).

Resonance radiation

Shpolskii E., Resonance radiation of sodium vapors. 1, 254 (1918).
Vavilov S., On the influence of a magnetic field on the polarization of resonance radiation. 3, 479 (1923).

X-rays. Scattering, absorption, interference

Shchadro N., Interference phenomena of X-rays in the case of irregularly arranged particles. 1, 142 (1918).
Rzhevkin S., T. Desaures, Production of X-rays of very great hardness. 1, 251 (1918).
Shpolskii E., On the question of the greatest frequency of X-rays and gamma rays. 1, 254 (1918).
Shpolskii E., On the “hardness” of X-ray tubes. 2, 123 (1920).
Shpolskii E., Advances in X-ray spectrometry. 2, 320 (1921).
Kapitsa P., Dependence of the boundary of ray emission in a continuous X-ray spectrum on the azimuth of emission and the influence of the anticathode metal. 2, 322 (1921).
Trapeznikov A., The phenomenon of polarization in an X-ray tube. 3, 128 (1922).
Trapeznikov A., On scattered rays in the phenomenon of X-ray diffraction. 3, 130 (1922).
Karchagin V., X-rays of great wavelength. 3, 299 (1923).
Shpolskii E., The N series in X-ray spectra. 3, 301 (1923).
Shpolskii E. V., Refraction of X-rays. 5, 149 (1925).
Frisch S. E., The nature of optical and X-ray doublets. 5, 255 (1925).
Morgulis N. D., Dependence of X-ray spectra on the chemical compound of the elements. 6, 167 (1926).
Nasledov D. N., Optics of X-rays. 8, 781 (1928).
Korsunskii M. I., Determination of the absolute value of the wavelengths of X-rays. 10, 423 (1930).
Korsunskii M., Diffraction of X-rays in liquids. 10, 719 (1930).
Trillat J. J., Some applications of X-rays. Organic compounds. Application of X-rays to the study of colloids. 11, 493, 595, 847 (1931).
Trillat J. J., Diffraction of X-rays by liquids. 12, 215 (1932).
Venderovich A., Fine structure of X-ray absorption spectra. 13, 752 (1933).
Danilov V. I., Scattering of X-rays in liquid metals and alloys. 14, 449 (1934).
Groshev L., Excitation of X-rays by fast mercury ions. 15, 315 (1935).

X-ray study of matter

Trapeznikov A., On one method of spectral analysis with the aid of X-rays. 3, 129 (1922).
Nasledov D. N., On the accuracy of measuring high voltages by the X-ray spectrographic method. 7, 69 (1927).
Delinger U., X-ray investigation in metal science. 13, 84 (1933).

Subject Index

Bragg W. L., Development of X-ray analysis of crystals. 13, 195 (1933).

Trillat J. J., Application of X-ray analysis to the study of caoutchouc, rubber, gelatin, etc. 13, 612 (1933).

Levashevich M. A., Application of X-rays to the study of the structure of molecules. 16, 657 (1936).

Radchenko I. V., On methods for determining the structure of a liquid from X-ray photographs. 17, 318 (1937).

Kitaigorodskii A. I., The structure of glass and methods of its investigation by means of X-ray structural analysis. 19, 201 (1938).

Cameron and Patterson, X-ray determination of particle sizes. 22, 442 (1939).

Weinstein E. E., X-ray spectroscopic methods for investigating the mosaic structure of natural and deformed crystals. 23, 78 (1940).

Weinstein E. E., New ideas in X-ray spectroscopic technique. 25, 362 (1941).

Weinstein E. E., Investigation of crystal surfaces by means of X-rays. 25, 368 (1941).

Kitaigorodskii A. I., Extraprint on X-ray photographs. 25, 510 (1941).

Blokhin M., X-ray spectra as a method for investigating the distribution of electrons over states. 28, 438 (1946); 29, 104 (1946).

Superconductivity

Kromelin K. A., On the superconductivity of metals. 5, 161 (1925).

Klarfeld B., Superconductivity in noble gases. 13, 323 (1933).

Shishakov N. A., Superconductivity of metals. 13, 456 (1933).

Meissner W., Superconductivity. 13, 639 (1933).

Meissner W., New works on superconductivity. 15, 207 (1935).

Superconductivity. Discussion of phenomena occurring at low temperatures. 16, 396 (1936).

Rumer Yu. B., The present state of the theory of superconductivity. 18, 131 (1937).

Schönberg D., Superconductivity. 19, 448 (1938); 20, 1 (1938).

Alekseevskii N. and Shalnikov A., Research on superconductors of small dimensions at the Institute of Physical Problems of the Academy of Sciences of the USSR. 23, 453 (1940).

Superfluidity (see Helium)

Aurora (see also High Layers of the Atmosphere)

Krylov A. N., Auroras and magnetic storms. 1, 1 (1918).

Lazarev P., Photographing the northern lights. 1, 148 (1918).

Vavilov S., The nature of the auroras. 1, 233 (1918).

Vasiliev N., Spectrum of the aurora and the structure of the upper layers of the atmosphere. 4, 210 (1924).

Brüche E., Model experiments for Störmer’s theory of the aurora and “the echo of world space.” 11, 770 (1931).

Halbert E. O., Variations of the Earth’s magnetic field and polar auroras. 18, 11 (1937).

SUBJECT INDEX

Spectra and spectroscopic investigation of matter

Vavilov S., Investigations and determinations of wavelengths in the red and infrared region of the spectrum. 1, 77 (1918).

Fedorov N. T., On the question of the structure of spectral lines. 1, 151 (1918).

Molodyi T., Foss, Relation of the intensities of the lines D of sodium. 1, 249 (1918).

Epstein P., Application of the quantum theory to the theory of spectral series. 2, 14 (1920).

Vavilov S., On the broadening of spectral lines. 2, 114 (1920).

Predvoditelev A., On the action of an electric field and gas pressure on the lines of spectral series. 2, 116 (1920).

Molodyi T., Limiting frequency in the spectrum of helium, hydrogen, and mercury vapor in the extreme ultraviolet region. 2, 117 (1920).

Metelkin N., Energy distribution in spectral series. 2, 279 (1921).

Predvoditelev A., A new theory of optical series. 2, 282 (1921).

Molodyi T., Continuous ultraviolet spectrum. 2, 316 (1921).

Molodyi T., Extension of the ultraviolet spectrum toward short wavelengths. 2, 317 (1921).

Bohr N., On the series spectra of the elements. 3, 29 (1922).

Teodorczyk K., The electromagnetic spectrum of water. 3, 123 (1922).

Terenin A., Excitation of mercury vapor by electron impact. 3, 125 (1922).

Terenin A., Absorption of luminous mercury vapor. 3, 127 (1922).

Vavilov S., Observation of higher members of the Balmer series and the hydrogen spectrum of a long discharge tube. 3, 291 (1923).

Vavilov S., On the width and intensity of the absorption lines of mercury. 3, 293 (1923).

Landsberg G., On the luminescence of atoms. 3, 487 (1923).

Frisch S. E., The Zeeman effect. 5, 80 (1925).

Grotrian V., Methods for the analysis of complex spectra, in particular the spectrum of iron. 5, 186 (1925).

Landsberg G. S., Spectral formulae and their graphical representation. 5, 370 (1925).

Sponer G., Problems and methods of vacuum spectroscopy. 6, 200 (1926).

Mecke R., Absorption spectra and their significance for chemistry. 9, 630, 757 (1929).

Frisch S., Optical spectra and the periodic system of the elements. 10, 111 (1930).

Discussion on molecular spectra and the structure of molecules. 10, 149 (1930).

Frisch S., Connection between the fine structure of spectral lines and the rotation of the nucleus. 10, 570 (1930).

Franck J., The connection between spectroscopy and chemistry. 11, 427 (1931).

Rabinovich E., Band spectra. 11, 554 (1931); 13, 253, 854 (1933).

Gerlach V., Problems of quantitative chemical spectral analysis. 12, 44 (1932).

Sommerfeld A., Magnetism and spectroscopy. 12, 320 (1932).

From current literature. Fine structure of the visible absorption bands of bromine. 12, 517 (1932).

Shpolsky E. V., Diffuse spectra and chemical problems. 13, 325 (1933).

Weiskopf V., Width of spectral lines in gases. 13, 552 (1933).

Mecke R., Experimental data of the spectroscopy of polyatomic molecules. 14, 302 (1934).

Terenin A. N., Absorption spectra of electrolyte solutions. 17, 1 (1937).

Subject Index

Margenau G. and Watson V. A., Influence of pressure on spectral lines. 19, 217 (1938).
Zaidel A. and Larionov Ya., Spectroscopy of solutions of rare-earth salts. 21, 211 (1939).
Shpol’skii E. V., Spectroscopy in biology. 29, 221 (1946).
Meissner K. V., Application of atomic beams in spectroscopy. 29, 333 (1946).
Boyce J. K., Spectroscopy in the vacuum ultraviolet region of the spectrum. 30, 245 (1946).

Alloys

Trapeznikov A., Composition of nickel. 3, 131 (1922).
Selyakov N., Structure of iron. 3, 484 (1923).
Vvedenskii B. A., New magnetic alloys. 5, 244 (1925).
Nix F. G. and Shockley W., Ordering processes in alloys. 20, 344 (1938).
Nix F. G. and Shockley W., Transformations in alloys. 20, 536 (1938).

Statistical Physics (see also Fluctuations)

Tamm I. E., New principles of Bose–Einstein statistical mechanics in connection with the question of the physical nature of matter. 6, 112 (1926).
Smoluchowski M., On the concept of randomness and on the origin of the laws of probability in physics. 7, 329 (1927).
Razoryonov G., Experimental study of the distribution of velocities of gas molecules. 6, 253 (1926).
Khinchin A. Ya., The teaching of Mises on probabilities and the principles of physical statistics. 9, 141 (1929).
Tolman R., Methods of statistical mechanics. 9, 251 (1929).
Darrow K., Statistical theories of matter, radiation, and electricity. 10, 225 (1930).

Collisions of Molecules and Elementary Particles

Vavilov S., Absorption cross section of molecules with respect to slow electrons. 2, 304 (1921).
Landsberg G., On “collisions of the second kind.” 3, 486 (1923).
Franck J., New data on the quantum exchange of energy in collisions of atoms and molecules. 4, 62 (1924).
Ramsauer K. and Kollath R., Effective cross section of gas molecules with respect to slow electrons and ions. 14, 957 (1934); 15, 128, 407 (1935).
Kondrat’ev V., The phenomenon of vibrational-energy exchange in molecular collisions. 14, 982 (1934).

Solid State (see also Crystalline State of Matter and Theory of Metals)

Molodyi T., Structure and basic properties of solid and liquid bodies. 1, 78 (1918).
Shpol’skii E., Structure of matter. 13, 153 (1933).
Berg V. G., Granular structure of solids. 19, 195 (1938).
Zener F. and Johnson R. P., Modern theory of solids. 23, 89, 293 (1940).
Shishakov N. A., Advances in the understanding of the structure of silicate glasses. 25, 406 (1941).

Subject Index

Television

Korn A., The development of image telegraphy over the last decade. 5, 444 (1925).
Schreter F., Advances in the transmission of images at a distance. 6, 491 (1926).
Teodorchik K. F., Far vision. 8, 93 (1928).
Zvorykin V. K., Television. 14, 778 (1934).
Khlebnikov N. S., A new system of image decomposition in television. 20, 121 (1938).

Theory of Oscillations

Papaleksi N. D., On some contemporary problems in the field of oscillations. 11, 184 (1931).
Rytov S. M., On certain “paradoxes” connected with spectral decompositions. 29, 147 (1946).

Theory of Metals

Predvoditelev A., The electron theory of metals. 2, 113 (1920).
Sommerfeld A., The electron theory of metals on the basis of wave statistics. 8, 765 (1928).
Bernal J., The problem of the metallic state. 10, 401 (1930).
Fowler R., The electron theory of metals. 11, 103 (1931).
Volkenstein F., On the electron theory of the metal. 12, 732 (1932).
Nordheim L., Theory of the metallic state. 15, 570, 675, 779, 939 (1935).
Mott N. F., Cohesive forces in metals. 17, 447 (1937).
Savostyanova M. V., The present state of the question of the optical constants of metals. 18, 479 (1937).
Meil R. F., Diffusion in solid metals. 19, 492 (1938).
Sushkin A. V., The structure of the polarized surface of metals. 20, 124 (1938).
Bridgman P. V., On the nature of metals in connection with the study of their properties at high pressures. 20, 513 (1938).
Shokley V., The nature of the metallic state. 25, 253 (1941).
Frenkel Ya. I., The modern theory of metallic bodies. 30, 11 (1946).

Theory of Relativity

Frederiks V., Einstein’s general principle of relativity. 2, 162 (1921).
Landsberg G. S., The deflection of light in the gravitational field of the Sun (results of the English expeditions to observe the solar eclipse of 1919). 2, 189 (1921).
Vavilov S., An attempt at interpreting the result of the Michelson experiment. 2, 299 (1921).
Frisch S. E., Experimental confirmation of the Lorentz–Einstein formulas. 3, 89 (1922).
Vavilov S., Bohr’s theory and the consequences of the principle of relativity. 3, 290 (1923).
Miller D. K., The ether wind. 5, 177 (1925).
Vavilov S. I., New experimental confirmations of the consequences of the general theory of relativity. 5, 457 (1925).
Ioos G., New data for and against the theory of relativity. 6, 21 (1926).
Vavilov S. I., New searches for the “ether wind.” 6, 242 (1926).
Vavilov S., A new repetition of Michelson’s experiment. 6, 421 (1926).

Subject Index

Vavilov S. Gravitational shift of spectral lines on the Sun. 8, 408 (1928).
Joos G. Repetition of the Michelson experiment. 12, 136 (1932).
Kushnir Yu. M. and Fursov V. S. New observations of the deflection of light rays in the gravitational field of the Sun. 12, 148 (1932).

Phase theory (see Phase transitions)

Thermodynamics

Vavilov S. The entropy equation for solids and gases and the universal quantum of energy. 2, 107 (1920).
Lazarev P. On the application of the second law of thermodynamics to a living organism. 2, 291 (1921).
Kedrov V. On the logical justification of combinatorial methods for determining the entropy of an ideal gas. 13, 880 (1933).
Ubbelohde A. R. Modern thermodynamics. 20, 281 (1938).
Gibbs J. W. A method of geometrical representation of the thermodynamic properties of substances by means of surfaces. 21, 382 (1939).
Poull R. and Eyring H. Viscous and thermodynamic properties of high-polymeric substances. 27, 265 (1945).

Technical physics

Betz A. Wind motors in the light of modern research. 10, 165 (1930).
Rosengain V. Physics and metallurgy. 10, 673 (1930).
Trendelenburg F. The latest advances in applied acoustics. 11, 650 (1931); 12, 55, 258, 671 (1932).
Pirani M. Some physical and chemical problems of lighting engineering. 12, 76 (1932).
Gresky G. On the application of visible and invisible rays in communications engineering and traffic safety. 12, 173 (1932).
Key G. V. Noise and methods for its measurement. 12, 415 (1932).
Trillat J. J. Application of X-ray analysis to the study of caoutchouc, rubber, gelatin, etc. 13, 612 (1933).
Zernov D. Economical sources of light. 15, 592 (1935).
Lux E., Pirani M. and Rompe R. Modern sources of light. 16, 39 (1936).
Kitaygorodsky A. I. The role of physics in the glass industry. 21, 338 (1939).
Sulliven E. K. Achievements of industrial physics in the glass industry. 21, 342 (1939).
Khlebnikov N. Physics in industry. 21, 360 (1939).
Vonsovsky S. V. Modern ideas about the processes of technical magnetization. 22, 58 (1939).
Kaptsov N. Physics of ionic and electronic processes and technology. 22, 217 (1939).
Slepian J. Some physical problems of electric power engineering. 22, 222 (1939).
Khlebnikov N. New applications of photoelements in production. 22, 357 (1939).
Blewitt J. P. Properties of oxide cathodes. 24, 228 (1940).
Bernal J. D. Physics of airborne particles. 26, 169 (1941).
Nepomnyashchii E. A. Results of a study of propeller noise. 27, 72 (1945).
Poull R. and Eyring H. Viscous and thermodynamic properties of high-polymeric substances. 27, 265 (1945).
Khlebnikov N. Conference on electronics. 27, 305 (1945).
Treloar L. R. Structure and elasticity of caoutchouc. 28, 259 (1946).

Subject Index

Thin Layers of Matter

Vavilov S., Electrical conductivity of thin metallic films. 1, 235 (1918).

Lazarev P., On the optical properties of colloidal films. 1, 249 (1918).

Bragg W. H., Investigation of the properties of thin layers by means of X-rays. 5, 45 (1925).

Belikov P., On thin transparent metallic sheets. 6, 267 (1926).

Tronstad L., Investigation of thin surface films in reflected polarized light. 14, 371 (1934).

Ashcheulov A. T., Structure and physical properties of thin metallic layers. 20, 481 (1938).

Transuranium Elements

Fermi E., On the possible discovery of an element with atomic number higher than 92. 14, 829 (1934).

Grosse W., Elements with atomic number greater than 92. 15, 666 (1935).

Seaborg G. T., Chemical and radioactive properties of heavy elements. 28, 145 (1946).

Dry Friction

Kontorova T. A., Friction of solid surfaces. 18, 346 (1937).

Goldovskii M. L., Friction of pure metals and the influence of absorbed gases. Temperature coefficient of friction. 25, 373 (1941).

Turbulence (see Hydrodynamics)

Ultrasound (see Sound)

Ultrashort Waves

Rzhevkin S., New methods for obtaining short undamped electromagnetic waves. 3, 118 (1922).

Rzhevkin S., Optical constants of certain liquids for short electric waves. 3, 491 (1923).

Rzhevkin S., Short electric waves. 3, 492 (1923).

Scheibe A., On short and very short electric waves. 14, 894 (1934).

Golman H. E., Generation and application of ultrashort undamped electric waves. 15, 871 (1935).

Studenkov E. M., Electron-beam generators of ultrahigh-frequency oscillations. 23, 417 (1940).

Vvedenskii B. A. and Arenberg A. G., Refraction of ultrashort waves by an “inhomogeneous” troposphere. 25, 273 (1941).

Brillouin L., Ultrahigh-frequency waves and their practical application. 25, 430 (1941).

Studenkov E. M., Hollow systems in super-high-frequency technology. 25, 444 (1941).

Vvedenskii B. A. and Arenberg A. G., Influence of the troposphere on the stability of reception of ultrashort radio waves. 26, 1 (1944).

Condon E. U., Microradio waves. 27, 213 (1945); 28, 225 (1946).

Accelerators of Elementary Particles

Mysovskii B. V., Laboratory methods for obtaining fast electrons and protons. 12, 580 (1932).

Lawrence E. O. and Cooksey D., The cyclotron. 18, 527 (1937).

Khlebnikov N. S., Methods of obtaining fast particles. 22, 427 (1939).
Murin A. N., Focusing of an ion beam and the energy of ions in a cyclotron. 24, 146 (1940).
Khlebnikov N., A new giant cyclotron. 24, 529 (1940).
Kerst D. W., Betatron. 26, 181 (1944).
Grinberg A. P., Acceleration of electrons by means of electromagnetic induction (Kerst’s betatron). 27, 31 (1945).
Westendorp W. A. and Charlton E. E., An induction electron accelerator for 100 million volts. 30, 119 (1946).

Phase transitions

Freindlich G., Orientation of molecules at a phase boundary. 14, 742 (1934).
Golik A. Z., The critical point. 23, 67 (1940).
Gerlach W., Ferromagnetic transformations. The problem of the Curie temperature. 23, 368 (1940).

Ferromagnetism, ferromagnetic crystals

(see Magnetic properties of matter)

Physiological optics, physiology of hearing, etc.

Lazarev P., On the minimum energy necessary for visual sensation. 1, 139 (1918).
Lazarev P., On the shortest sounds perceived by the ear. 1, 141 (1918).
Ilyin B. V., Theory of light sensations. 1, 244 (1918).
Belikov P., Beats in dichotic listening. 2, 128 (1920).
Lazarev P. P., The basic psychophysical law and its modern formulation. 2, 222 (1921).
Samoilov A., Simple tones and their basic properties. 2, 293 (1921).
Rzhevkin S. N., Hearing and speech in the light of modern research. 7, 231 (1927).
Fletcher G., A new theory of hearing. 11, 894 (1931).
Bekesy G., Physical problems of the physiology of hearing. 15, 736 (1935).
Rabinovich A. V., Physical characteristics of the singing voice. 15, 925 (1935).

Physical constants

Lazarev P., On the publication of tables in physics. 1, 136 (1918).
Lazarev P., On a new determination of the radiation constant. 1, 141 (1918).
Lazarev P., A new determination of the charge of the electron and of the constants connected with it. 1, 145 (1918).
Lazarev P., Precalculation of certain quantities relating to molecular constants. 1, 149 (1918).
Ilyin B. V., On the relation between hardness and the physical constants of elements. 1, 243 (1918).
Molody T. K., On the significance of the mechanical equivalent of heat. 2, 123 (1920).
Vavilov S., The numerical value of Planck’s universal constant. 2, 311 (1921).
Glagoleva-Arkadieva A. A., A new scale of electromagnetic waves. 6, 216 (1926).
Shpolsky E., A new method of determining \(\frac{e}{m}\). 13, 318 (1933).
Frequency and wavelength scale of electromagnetic oscillations. Classification and terms. 16, 522 (1936).

Groshev L., Masses of light atoms. 16, 694 (1936).

Khlebnikov N., History of the ratio \(\frac{e}{m}\) in recent years. 21, 355 (1939).
Dunnington F., Atomic constants. 23, 162 (1940).
Kirchner F., Methods for determining atomic constants. 24, 309 (1940).
Birge R. T., New table of values of general physical constants. 26, 74 (1944).
Shpolsky E., Inertia of charge carriers in copper and aluminum. 28, 371 (1946).

Philosophical Questions of Physics

Andri V., The modern scientific worldview. 2, 3 (1920).
Haas A., Physics as a geometrical necessity. 3, 3 (1922).
Nernst W., The universe in the light of new investigations. 3, 151 (1923).
Planck M., Physical lawfulness in the light of new investigations. 6, 177 (1926).
Jordan P., Causality and statistics in modern physics. 7, 318 (1927).
Volterra V., Mathematical theory of the struggle for existence. 8, 13 (1928).
Planck M., The picture of the world in modern physics. 9, 407 (1929).
Mises R., On causal and statistical regularity in physics. 10, 437 (1930).
Vavilov S. I., V. I. Lenin and modern physics. 26, 113 (1944).

Fluctuations

Granovsky V. L., Electrical fluctuations and the sensitivity limit of electrical instruments. 13, 805 (1933); 15, 435, 547 (1935).

Fluorescence (see Luminescence)

Phosphorescence (see Luminescence)

Photoionization (see Ionization)

Photoluminescence (see Luminescence)

Photoelasticity

Prokofieva-Mikhailovskaya L. E., Development of the method of photoelasticity in the USSR. 23, 13 (1940).
Mindlin R., Study of stresses by the method of photoelasticity. 23, 16 (1940).

Photochemistry and Photography

Lazarev P., Photochemistry of carbon assimilation. 3, 285 (1923).
Vavilov S., Photochemical reactions in liquids and gases. Discussion of the Faraday Society, 1–2 October 1925 in Oxford. 6, 270 (1926).
Shpolsky E. V., Mechanism of elementary photochemical processes. 7, 433 (1927).
Eggert J. and Noddack V., Quantum theory and photography. 7, 462 (1927).
Chibisov K., Mechanism of formation of the latent and visible photographic image. 10, 367 (1930).
Savostyanova M. V., On the physical nature of the latent photographic image. 11, 451 (1931).

Subject Index

Levshin V., A new method of photography in infrared rays. 12, 726 (1932).
Orshtein, Moll, Burger, Photographic photometry. 13, 920 (1933).
Eggert J., New applications of infrared photography. 15, 650 (1935).
Shpolsky E. V., Modern photochemistry. 16, 165 (1936).
Gorokhovsky Yu. N., Methods of spectral sensitometry. 16, 505 (1936).
Rabinovich A., On the centenary of the discovery of photography. 21, 478 (1939).

Photoelements (see Photoeffect)

Photoeffect (see also Semiconductors)

Vavilov S., On the influence of a magnetic field on photoelectric phenomena. 2, 314 (1921).
Levshin V., The photoelectric effect in crystals. 5, 143 (1925).
Lukirsky P. I., On the photoelectric effect. 9, 277 (1929).
Desjardins J., Technique for manufacturing photoelements. 11, 331 (1931).
Lange B., Photoelements in science and technology. 11, 747 (1931).
Kurchatov I., Valve photoelements. 12, 365 (1932).
Nix F., Photoconductivity. 13, 385 (1933).
Savostyanova M. V., The selective photoeffect. 14, 7 (1934).
Linfords L. V., Recent research in the field of the external photoelectric effect. 14, 133 (1934).
Grondahl L. O., Copper-oxide rectifiers and photoelements. 14, 253 (1934).
Lukyanov S. Yu. and Ravdel A. A., Photoelectric instruments. 15, 814 (1935).
Klute V., The latest achievements in the field of photoelements. 15, 1025 (1935).
Zurman R., On the external photoeffect on adsorbed films. 16, 199 (1936).
Yuz A. L., On the photoconductivity of crystals. 17, 55 (1937).
Dubrozh L., New theories of the photoelectric effect. 19, 74 (1938).
Khlebnikov N. S. and Zaitsev N. S., New photocathodes. 19, 278 (1938).
Khlebnikov N., Application of antimony-cesium cathodes in photoelements. 21, 352 (1939).
Khlebnikov N., Inertia of gas-filled photoelements. 21, 354 (1939).
Khlebnikov N., New photoelements. 22, 110 (1939).
Khlebnikov N., New applications of photoelements in production. 22, 367 (1939).
Khlebnikov N., Quantum yields and spectral sensitivity of various photoelements. 24, 163 (1940).
Khlebnikov N. S., Antimony-cesium cathodes and photoelements. 26, 87 (1944).
Khlebnikov N., Antimony-cesium photoelements for the ultraviolet. 27, 137 (1945).

Chemical Bond

Born M., The chemical bond as a dynamical problem. 5, 338 (1925).
Sommerfeld A., The periodic system, chemical bonds, and crystal structure. 6, 375 (1926).
Franck J., Energy levels of atoms and molecules and the chemical bond. 8, 510 (1928).
London F., Quantum theory and the chemical bond. 9, 167 (1929).
Frenkel Ya. I., The nature of chemical affinity. 9, 515 (1929).

Subject Index

Eyring G., Quantum mechanics and chemical reactions. 12, 445 (1932).
London F., Electrical theory of forces between atoms and molecules. 13, 430 (1933).
Rumer Yu. V., Molecular theory of the chemical bond. 14, 35 (1934).
Frenkel Ya. I., Quantum theory of chemical forces. 16, 8 (1936).
London F., General theory of molecular forces. 17, 421 (1937).

Chemistry

Lazarev P., On the reaction between zinc and hydrochloric acid at high hydrogen pressures. 1, 147 (1918).
Predvoditelev A., Kinetic theory of reaction rates. 2, 110 (1920).
Khlopin V., Production of radium salts in Russia. 3, 99 (1922).
Lazarev P., Photochemistry of carbon assimilation. 3, 285 (1923).
Predvoditelev A., Synthesis of ammonia by impacts of slow electrons. 3, 490 (1923).
Fajans K., Deformation of electron shells and its influence on the properties of isomorphic compounds. 5, 294 (1925).
Bilts V., On the question of the chemical mechanics of reactions of solid substances. 5, 356 (1925).
Langmuir I., Flame of atomic hydrogen. 6, 409 (1926).
Mecke R., Band spectra and their significance for chemistry. 9, 630, 757 (1929).
Semyonov N. N., The simplest chemical reactions. 10, 347 (1930).
Rohinsky S. Z., Monomolecular reactions in modern chemical kinetics. 11, 805 (1931).
Klarfeld B., Preparation of halide compounds of inert gases. 13, 319 (1933).
Langmuir I., Surface chemistry. 14, 208 (1934).

Color Science

Schäfer K., Fundamentals and critique of Ostwald’s theory of colors. 7, 377 (1927).
Fedorov N. T., Color metrics. 9, 92 (1929).
Fedorov N. T., Higher color metrics. 9, 731 (1929).

Chain Reactions

Semyonov N. N., Chain reactions. 10, 191 (1930).
Semyonov N. N., Gas explosions and the theory of chain reactions. 11, 250 (1931).
Semyonov N. N., Thermal theory of combustion and explosions. 23, 151 (1940); 24, 433 (1940).

Cherenkov Effect

Frank I. M., Radiation of electrons moving in a substance with superluminal velocity. 30, 149 (1946).

Electrodynamics

Bachinsky A., New investigation on triboelectricity. 1, 75 (1918).
Shaposhnikov K., New theory of electromagnetic phenomena. 1, 139 (1918).
Ilyin B. V., Electromotive force arising during the rotation of conductors. 1, 242 (1918).
Vavilov S. I., Attempts to detect electrodynamic effects of the motion of the earth at great altitudes. 6, 76 (1926).
Herz G. O., On rays of electric force. 19, 559 (1938).

Subject Index

Electrolytes

Frumkin A., New investigations on anomalies of strong electrolytes. 3, 307 (1923).
Bjerrum N., Electrical forces between ions in solutions. 7, 269 (1927).
Finkelstein B. N., Electrical theory of solutions of strong electrolytes. 7, 350, 483 (1927).
Semenchenko V. K., Critique of the electrostatic theory of solutions. 8, 646 (1928).
Wyn M., Joos G. and Lange E., Structure of electrolytic solutions. 9, 339 (1929).

Electron Shell of the Atom (see Atom, Spectra)

Electron Optics (see also Microscopy)

Busch G., Electron optics. I. Foundations and development of electron optics. 17, 470 (1937).
Brüche E., Electron optics. II. Survey of experimental electron optics and its applications. 17, 477 (1937).
Scherzer O., Electron optics. III. Problems of theoretical electron optics. 17, 485 (1937).
Schaffernicht V., Electron optics. IV. Electron-optical converters of images. 17, 491 (1937).
Morgulis N. D., Electron-optical studies of cathodes, 17, 501 (1937).
Zernov D., Electron optics and its application. 21, 162 (1939).

Electron Emission (see Secondary Electron Emission, Photoelectric Effect)

Electrical Conductivity (see also Dielectrics, Semiconductors, Superconductivity)

Ilyin B. V., Electrical conductivity of dielectrics. (A. F. Ioffe, Electrical conductivity of quartz. Proceedings of the Petrograd Polytechnic Institute, 1915, XXIV). 1, 241 (1918).
Sholpo N. O., On the conductivity of glass at various temperatures. 2, 129 (1920).
Lapinsky P. G., Modern theories of metallic electrical conductivity. 7, 47, 289 (1927).
Frenkel Ya. I., Theory of metallic conductivity. 8, 155 (1928).
Kobeiko P. I. and Kurchatov P., Ionic and mixed conductivity of solid bodies. 8, 361 (1928).
Bardeen J., Electrical conductivity of metals. 25, 19 (1941).

Elementary Particles

Ilyin B. V., Does the sub-electron exist? 1, 240 (1918).
Ilyin B. V., Ehrenhaft’s sub-electrons. 3, 484 (1923).
Millikan R. A., The electron and the light quantum from the experimental point of view. 6, 7 (1926).
Frenkel Ya. I., The spinning electron. 7, 202 (1927).
Thomson J. J., On the limits of the electron. 8, 570 (1928).
Dirac P. A. M., Theory of electrons and protons. 10, 581 (1930).
Shpolsky E., Penetrating radiation of light elements and experimental proof of the existence of neutrons. 12, 404 (1932).
Chadwick J., Neutrons. 12, 557 (1932).

Subject Index

Frisch R. and Stern O., On the magnetic deflection of hydrogen molecules and on the magnetic moment of the proton. 14, 99 (1934).
Chadwick J., Neutrons. 14, 183 (1934).
Dobrotin N. A., Neutron. 14, 333 (1934).
Thibault J., Positrons. 14, 833 (1934).
Groshev L., The appearance of positrons under the action of β-rays on matter. 15, 170 (1935).
Groshev L., Paired emission of annihilation radiation of positrons. 15, 315 (1935).
Groshev L., Experiments with slow neutrons. 15, 537 (1935).
Groshev L., Quanta of high energies. 15, 540 (1935).
Groshev L., Velocities of slow neutrons. 16, 132 (1936).
Amaldi E. and Fermi E., On the absorption and diffusion of slow neutrons. 17, 343 (1937).
Ivanenko D., The heavy electron. 20, 257 (1938).
Khlebnikov N., Attempts to detect the absorption of the neutrino. 22, 231 (1939).
Artsimovich L. A., Interaction of elementary particles. 24, 122 (1940).
Grinberg A. P., The hypothesis of the neutrino and new experimental evidence supporting it. 26, 189 (1944).
Khromchenko L. M., Interference phenomena in the scattering of slow neutrons. 28, 69 (1946).
Tamm I. E., The theory of the mesotron and nuclear forces. 25, 136 (1941).

Elements 43, 72, and 75

Paneth F., On element 72 (hafnium). 4, 80 (1924).
Rabinovich A. I., The discovery of new chemical elements 43 and 75. 5, 400 (1925).
Korsunsky M., On the question of the discovery of analogues of manganese (elements 43 and 75). 7, 67 (1927).

Jubilee Articles (see also History of Physics)

Jacobi K. G., On Descartes’ life and his method of directing the mind correctly and investigating the sciences. (Lecture by K. G. Jacobi, delivered in Berlin on January 3, 1846.) 1, 165 (1918).
Bachinsky A. I., A note on the occasion of the 300th anniversary of Kepler’s discovery of the third law of planetary motions. 1, 224 (1918).
Ioffe A. F., Wilhelm Conrad Röntgen. 4, 1 (1924).
Blazhko S. N., Nikolai Kopernik. 4, 105 (1924).
Lazarev P. P., Jacques Loeb. 4, 325 (1924).
Ilyin B. V., On the jubilee of H. A. Lorentz. 5, 411 (1925).
Rumer Yu., On the fiftieth anniversary of Max Born. 13, 152 (1933).
Lazarev P. P., On the twentieth anniversary of the death of P. N. Lebedev. 17, 405 (1937).
Arago F., Thomas Young. 18, 252 (1937).
Malov N., Heinrich Hertz. 19, 553 (1938).
Rebinder P. A., Josiah Willard Gibbs. On the centenary of his birth. 21, 377 (1939).
Timiryazev A. K., Aleksandr Grigorievich Stoletov—the founder of Russian physics. 22, 369 (1939).
Khlebnikov N. S., A. G. Stoletov’s works on the photoelectric effect. 22, 384 (1939).
Kikoin I. K., A. F. Ioffe. (On his sixtieth jubilee.) 24, 3 (1940).
Kaptsov N. A., Pavel Nikolaevich Yablochkov. 27, 118 (1945).

Malov N. N., Alexander Stepanovich Popov. 28, 363 (1946).
Radovskii M., On the seventieth anniversary of T. P. Kravets. 29, 212 (1946).

Nuclear reactions (see Nuclear fission)
Nuclear forces (see Atomic nucleus and Elementary particles)
Nucleus (see Atomic nucleus)

Obituaries

Pyotr Nikolaevich Belikov (S. Rzhevkin). 27, 182 (1945).
In memory of E. V. Bogoslovsky (V. K. Arkad’ev). 21, 348 (1939).
S. A. Boguslavsky (G. S. Landsberg). 4, 95 (1924).
S. P. Braun (P. Lazarev). 1, 133 (1918).
Boris Petrovich Weinberg (T. Kravets). 27, 132 (1945).
Alexandra Andreevna Glagoleva-Arkad’eva (N. N. Malov). 29, 213 (1946).
In memory of P. A. Gollammer (I. A. Sokolov). 3, 331 (1923).
Alexander Antonovich Dobiash (V. K. Lebedinsky and B. F. Mitkevich). 13, 149 (1933).
A. G. Doroshevsky (A. Rakovsky). 1, 70 (1918).
In memory of Vsevolod Sergeevich Kazansky (S. N. Rzhevkin). 23, 316 (1940).
A. R. Kolli (P. Lazarev). 1, 135 (1918).
Leon Iosifovich Kordysh (L. Shtrum). 13, 970 (1933).
Prof. I. I. Kosonogov (P. Lapinsky). 3, 275 (1923).
Pyotr Petrovich Lazarev (E. V. Shpolsky). 27, 1 (1945).
The creative path of Academician P. P. Lazarev (T. P. Kravets). 27, 12 (1945).
In memory of V. K. Lebedinsky (B. Ostrooumov). 19, 441 (1938).
Konstantin Aleksandrovich Leont’ev (P. V. Golubkov). 12, 501 (1932).
A brief outline of the life and scientific activity of Leonid Isaakovich Mandel’shtam (N. D. Papaleksi). 27, 143 (1945).
In memory of T. K. Molodoi (E. Shpolsky). 9, 543 (1929).
In memory of Lev Vladimirovich Mysovsky (V. G. Khlopin). 23, 1 (1940).
V. L. Pul’ver (V. Fabrikant). 14, 1020 (1934).
Recollections of Prof. E. Rutherford (P. L. Kapitsa). 19, 1 (1938).
Dmitrii Sergeevich Rozhdestvenskii (K. K. Baumgart). 25, 230 (1941).
M. F. Smoluchowski (V. Anri). 1, 67 (1918).
Aleksei Petrovich Sokolov (V. Karchagin). 8, 269 (1928).
Efim Mikhailovich Studenkov (N. N. Malov). 29, 218 (1946).
Ivan Ivanovich Tikhanovsky. 11, 350 (1931).
In memory of A. A. Fridman (A. F. Gavrilov). 6, 73 (1926).
In memory of N. K. Shchodro (M. P. Volarovich and B. V. Deryagin) 24, 301 (1940).

III. INDEX OF REVIEWS

Annotated index of literature in the physical sciences (S. A. Shorygin). 17, 111 (1937); 17, 243 (1937); 17, 396 (1937);
17, 539 (1937); 18, 141 (1937); 18, 282 (1937); 18, 456 (1937);
18, 596 (1937); 19, 128 (1938); 19, 292 (1938); 19, 431 (1938);
19, 572 (1938); 20, 142 (1938); 20, 469 (1938); 20, 587 (1938);
21, 85 (1939); 21, 244 (1939); 21, 366 (1939); 21, 491 (1939);
22, 118 (1939); 22, 236 (1939); 22, 359 (1939).

Annotated index of non-periodical literature in the physical sciences (S. Shorygin). 22, 466 (1939); 23, 84 (1940);
23, 205 (1940); 23, 324 (1940); 23, 458 (1940); 24, 305 (1940);
24, 428 (1940).

Index of Reviews

Bibliographic index of foreign literature. 22, 364 (1939).
Newly published books. 11, 525 (1931).
Newly published books. 15, 673 (1935).
Foreign bibliography in physics. 27, 139 (1945).
Foreign books on physics for 1934 and 1935, noted in the press for January–August 1935. 15, 1054 (1935).
Books on the technology of vacuum (N. Shishakov) 8, 115 (1928).
New books. 15, 776 (1935).
New books. 15, 937 (1935).
New textbooks of optics (E. Shpolsky) 22, 114 (1939).

Abraham, Theory of Electricity (N. Papaleksi). 1, 267 (1918).
Abraham-Becker, Theory of Electricity. Translated from German by V. A. Florinskaya, edited by T. P. Kravets. Pp. 281, ONTI, Main Editorial Office of General Technical Literature, L.—M., 1936 (E. Shpolsky). 17, 241 (1937).
B. Alberti, Cathode Oscillograph. GTTI, 1933, 128 pp., translated from German, edited by Prof. S. N. Rzhevkin (G. Razorenov). 14, 1029 (1934).
N. N. Andreev and I. G. Rusakov, Acoustics of Moving Media, GTTI, 1934, 40 pp. (S. Rzhevkin). 14, 680 (1934).
Victor Henri, The Study of the Absorption of Ultraviolet and Infrared Rays in Connection with the Structure of Molecules. Petrograd, 1919, separate offprint from the journal of the Russian Physico-Chemical Society and the Proceedings of the Optical Institute. (L. Chugaev) 3, 142 (1922).
V. Henri, The Structure of Molecules (S. Vavilov). 6, 80 (1926).
M. Ardenne, Technique of Amplifier Measurements. Translated from German by electrical engineer Kh. I. Lev, edited by Prof. N. N. Tsiklinsky, ONTI, 1933, 235 pp. (V. I. Romanov). 14, 818 (1934).
V. K. Arkadiev, Electromagnetic Processes in Metals. Part 1. M.—L., 1934, 230 pp. (N. Nikitin). 15, 1048 (1935).
Svante Arrhenius, Quantitative Laws in Biological Chemistry. London. 1915 (L. Chugaev). 1, 162 (1918).
E. Back and A. Landé, The Zeeman Effect and the Multiplet Structure of Spectral Lines (I. Tamm). 5, 154 (1925).
D. Balarev, Disperse Structure of Solid Systems (A. Rabinovich). 24, 426 (1940).

N. V. Barakan, The Influence of Meteorological Factors on the Propagation of Radio Waves (UFN, 24, 398, 1940) (D. Nasilov). 25, 516 (1941).
H. Barkhausen, Introduction to the Theory of Oscillations. S. Hirzel Publishers, Leipzig, 1932, pp. 128. (N. Malov) 13, 792 (1933).
I. L. Baumgolts, The Influence of the Earth’s Magnetic Field on the Human Organism. Sevkogiz, Pyatigorsk, 1936, 56 pp. (A. I. Kostarev). 18, 593 (1937).
B. M. Bayliss, Principles of General Physiology. London, 1915, 850 pp. (P. Lazarev). 1, 156 (1918).
P. N. Belikov, Speech and Hearing. Popular-Science Library. Gosizdat, M.—L., 1927 (S. Rzhevkin). 7, 319 (1927).
Prof. Belyavsky, Theory of Sound as Applied to Music. Gosizdat, 1925, p. 239 (S. Rzhevkin). 6, 516 (1926).
M. Berek, Principles of Practical Optics. Translated from German, edited by Acad. S. I. Vavilov. GTTI, 1933 (A. Tudorovsky). 14, 130 (1934).
S. N. Bernstein, Theory of Probability. Gosizdat, 1927 (A. Khinchin). 7, 301 (1927).

Béchhold, Colloids in Biology and Medicine (B. Ilyin). 2, 332 (1921).
D. I. Blokhintsev, Introduction to Quantum Mechanics. Gostekhizdat, 1944, p. 430 (A. G. Samoilovich). 30, 345 (1946).
S. Boguslavsky, Principles of Molecular Physics and the Application of Statistics to the Calculation of Thermodynamic Potentials. M., 1917 (Master’s dissertation) (P. Lazarev). 1, 156 (1918).

INDEX OF REVIEWS

Ch. Boys, Soap Bubbles. Lectures on capillarity and capillary phenomena, delivered before a juvenile audience. Trans. by V. M. Pozner, ed. by A. P. Afanas'ev. Scientific Publishing House, Petrograd, 1919, pp. 190 + 1 unnumbered (É. Shpol'skii). 2, 134 (1920).

Bonhoeffer and Harteck, Fundamentals of Photochemistry (É. Shpol'skii). 13, 790 (1933).

N. Bohr, Collected Papers on the Structure of the Atom for the Years 1913—1916. Trans. from German by N. Shtinits, with a preface by N. Bohr. Fizeg Publishing House, 1921 (S. Vavilov). 3, 136 (1922).

M. Born, Lectures on Atomic Mechanics (G. Landsberg). 5, 258 (1925).

M. Born, Problems of Atomic Dynamics (G. Landsberg). 6, 271 (1926).

Max Born, Einstein’s Theory of Relativity and Its Physical Foundations. Trans. ed. by A. P. Kudriavtsev, Petrograd, 1922, “Nauka i shkola” Publishing House (G. Landsberg). 3, 494 (1923).

P. V. Bridgman, Thermodynamics of Electrical Phenomena in Metals. New York, 1934, 206 pp. (A. Bachinskii). 15, 319 (1935).

L. Brillouin, Quantum Statistics and Its Applications (V. Semenchenko). 12, 519 (1932).

Louis de Broglie, Introduction to Wave Mechanics (S. Vavilov). 9, 538 (1929).

Louis de Broglie, The Theory of Quanta in the New Mechanics. Paris, 1932 (F. Volkenshtein). 13, 463 (1933).

I. N. Bronshtein and K. A. Semendiaev, Handbook of Mathematics for Engineers and Students of Technical Higher Educational Institutions. 556 pp. OGIZ. State Publishing House of Technical Literature, Moscow—Leningrad, 1945 (É. Shpol'skii). 30, 146 (1946).

G. Bruining, On the Emission of Secondary Electrons by Solid Bodies. 1938, 119 pp. (N. Morgulis). 21, 490 (1939).

W. Bragg, Introduction to the Analysis of Crystals. Trans. ed. by Ya. I. Frenkel'. Series “The Newest Trends of Scientific Thought,” nos. 23—24, GIZ, Moscow—Leningrad, 1930, 222 pp. (S. Konobeevskii). 10, 162 (1930).

W. Bragg, The World of Light. Trans. by V. L. Pul'ver. Chief Editorial Board of Scientific-Popular and Youth Literature, ONTI, pp. 238, 1937 (É. Shpol'skii). 17, 1L7 (1937).

W. H. Bragg, On the Nature of Things. Trans. from English by A. A. Leont'eva, ed. by Prof. G. V. Vul'f. Gosizdat, Moscow—Leningrad, 1926, pp. VI+163 (G. Landsberg). 7, 305 (1927).

W. H. Bragg and W. L. Bragg, X-Rays and the Structure of Crystals. Trans. from the 5th English ed. by Yu. V. Vul'f and É. V. Shpol'skii. “Modern Problems of Natural Science,” no. 40, Gosizdat, Moscow—Leningrad, 1929, 268 pp. (Konobeevskii). 10, 161 (1930).

Broglie E. and O. Scherzer, Geometrical Electron Optics. Fundamentals and Applications. 1934 (V. Fabrikant). 15, 178 (1935).

Pierre Bouguer, Essay on the Gradation of Light (S. Vavilov). 4, 215 (1924).

A. Butarik, Modern Physics and the Electron (Yu. Rumer). 16, 142 (1936).

Eberhard Buchwald, The Correspondence Principle (G. Landsberg). 4, 104 (1924).

Bulletin of Russian Chemical Literature (bibliographical notices on all branches of chemistry). 1917, spring semester, published by the Library of the Chemical Laboratory of Moscow University, ed. by Prof. V. V. Chelintsev (64 pp.) (P. Lazarev). 1, 154 (1918).

S. I. Vavilov, The Eye and the Sun. On Light and Vision, 2nd ed. GTTI, Moscow—Leningrad, 1932. 64 pp. (N. Fedorov). 13, 984 (1933).

S. I. Vavilov, The Action of Light. Series “Science and Technology.” Gosizdat, Moscow, 1922, pp. 196. (V. Shuleikin). 4, 214 (1924).

S. I. Vavilov, Experimental Foundations of the Theory of Relativity. Series “The Newest Trends of Scientific Thought.” Gosizdat, Moscow—Leningrad, 1928, pp. 168 (Ya. Frenkel'). 8, 672 (1928).

Siegfried Valentiner, Foundations of Quantum Theory. Fizeg Publishing House, Braunschweig, 1919 (P. Lazarev). 2, 138 (1920).

INDEX OF REVIEWS

Acad. P. I. Walden, Theories of Solutions in Their Historical Sequence. Trans. N. P. Strakhov, ed. M. A. Bloch. Scientific Chemical-Technical Publishing House, Petrograd, 1921, 11+195 pp. (L. Chugaev). 3, 140 (1922).

P. Walden, The phenomenon of optical inversion. (Walden inversion.) (M. A. Bloch). 3, 144 (1922).

P. Walden, Electrochemistry of nonaqueous solutions (M. Bloch). 4, 336 (1924).

P. Walden, Chemistry of free radicals (M. Bloch). 4, 338 (1924).

A. F. Walter, Breakdown of solid dielectrics (from the series “Problems of Modern Physics”). GTTI, 1938 (F. Volkenstein). 14, 678 (1934).

Van der Waals—Konstamm, Textbook of Thermostatics (A. Rakovsky). 8, 420 (1928).

B. A. Vvedensky, Physical Phenomena in Cathode Lamps. 2nd ed., revised and enlarged. Gosizdat, 1926, p. 222 (S. Rzhevkin). 6, 517 (1926).

H. Weizsäcker, Atomic nuclei (D. Ivanenko). 18, 280 (1937).

G. Weyl, Theory of Groups and Quantum Mechanics (M. Bronstein). 11, 358 (1931).

Gregor Wentzel, Introduction to the Quantum Theory of Fields. Published by Deuticke, Vienna, 1943 (D. Ivanenko). 29, 370 (1946).

Bulletin of Roentgenology and Radiology. Physico-Technical Section. Publication of the State Roentgenological and Radiological Institute. Vol. I, issues I, II and III, Petrograd, 1919 (E. Shpolsky). 2, 134 (1920).

G. Wieleitner, How Modern Mathematics Was Born. Trans. from German, ed. Prof. A. Ya. Khinchin. Gosizdat, 1927 (I. Chistyakov). 7, 498 (1927).

G. V. Vinogradov and A. I. Krasilshchikov, Atlas of Nomograms in Physical Chemistry (V. A. Kireev). 25, 377 (1941).

H. Witte, Space and time in the light of recent physics (S. Vavilov). 2, 129 (1920).

A. Wood, A Course of Acoustics (S. Rzhevkin). 10, 793 (1930).

R. W. Wood, Physical Optics. 1921 (S. Vavilov). 3, 496 (1923).

A. A. Wulf, Collection of Exercises on the Theory of the Electromagnetic Field. P. 219, Svyazizdat, Moscow, 1939 (A. Kitaigorodsky). 23, 82 (1940).

A. Haas, Atomic Theory (E. Shpolsky). 10, 434 (1930).

Arthur Haas, Introduction to Theoretical Physics. Vol. 1. GTTI, 1938. Trans. from German by L. Tumperman (K. Teodorchik). 14, 521 (1934).

A. Haas, Matter waves and quantum mechanics (S. Vavilov). 8, 266 (1928).

A. Haas, Matter Waves and Quantum Mechanics. Trans. from the 2nd edition by P. S. Tartakovsky. Gosizdat, 1930, 192 pp. (S. Vavilov). 10, 433 (1930).

Arthur Haas, Foundations of Quantum Chemistry. Trans. from German by P. V. Romm, ed. Prof. Ya. I. Frenkel. P. 90. Gosizdat, 1930 (series “Newest Currents of Scientific Thought,” book 33) (O. Khvolson). 10, 432 (1930).

Gamow, Structure of the Atomic Nucleus and Radioactivity (M. Bronstein). 12, 362 (1932).

Otto Hahn, Radioactivity and the History of the Earth. ONTI, GTTI, 1933, 48 pp. (V. Shuleikin). 14, 1032 (1934).

O. Hahn, What does radioactivity teach us concerning the history of the Earth? (E. Shpolsky). 7, 72 (1927).

J. P. Harnewell and J. J. Livingood, Experimental Atomic Physics. Trans. from English by N. S. Khlebnikov. ONTI, Chief Editorial Office of General Technical Literature, Moscow–Leningrad, 1936, p. 488 (E. Shpolsky). 17, 534 (1937).

K. F. Gauss, Theoretical Astronomy (lectures delivered in Göttingen in 1820–1821, recorded by Kupffer). Trans. A. N. Krylov. Publication of the Main Hydrographic Administration, Petrograd, 1919 (P. Lazarev). 2, 137 (1920).

W. Heisenberg, Physical principles of quantum theory (S. Vavilov). 10, 788 (1930).

W. Heitler and K. Wolf, Electron Rays and Their Interaction with Matter. 1935, 236 pp. (Yu. Rumer). 15, 671 (1935).

INDEX OF REVIEWS

Walter Gerlach, Matter, Electricity, Energy. The Development of Atomistics over the Last Ten Years (E. Shpolsky). 4, 213 (1924).
V. Gerlach, Experimental Foundations of Quantum Theory (S. Vavilov). 3, 136 (1922).
I. L. Gerlovin, The Nature of Light and of Certain Physical Phenomena. Gorky Regional Publishing House, OGIZ, 1945, 110 pp. (V. Ginzburg). 29, 370 (1946).
G. Herzberg, Molecular Spectra and Molecular Structure. Vol. 1. Diatomic Molecules. 404 pp., 169 ill., Leipzig, Steinkopff, 1939. (V. Ginzburg). 24, 535 (1940).
J. N. Hinshelwood, The Kinetics of Gas Reactions. Trans. from English, ed. by N. N. Semyonov. GTTI, 1933, p. 191 (Ya. Syrkin). 14, 131 (1934).
J. N. Hinshelwood, Thermodynamics. Trans. from English by E. P. Shubina, edited and annotated by K. A. Putilov. M.–L., ONTI, GTTI, 1933, p. 174 (A. Monoszon). 14, 818 (1934).
A. F. Golovin, New Thoughts on Heat and the Structure of the Solar System. Sverdlovsk, 1934, 19 pp. (A. Zhukhovitsky). 16, 144 (1936).
E. Grimsehl, Course of Physics for Students, Teachers, and Self-Study. Part I. Physical Measurements, Mechanics, Physics of Molecular Forces. 448 pp. Gosizdat, 1924. Part II. The Theory of Heat; the Theory of Weather. 276 pp. Gosizdat, 1925. Part III. The Theory of Waves; Acoustics; Optics. 925 pp. Gosizdat, 1926 (G. Landsberg). 6, 514 (1926).
E. Grimsehl, Course of Physics for Students and Self-Study. Part 4. Magnetism and Electricity. First half. Trans. edited by Prof. A. I. Bachinsky. Gosizdat, 1927, p. 587 (G. de-Metz). 8, 264 (1928).
E. Grimsehl, Course of Physics for Students, Teachers, and Self-Study, vol. II, issue 1, 1938, p. 644 (N. N. Malov). 20, 138 (1938).
P. Jacquard, Luminescence Analysis in Filtered Ultraviolet Light. 4th enlarged ed., Leipzig, 1940, 241 pp. (V. Ya. Sveshnikov). 25, 514 (1941).

K. K. Darrow, Electrical Phenomena in Gases (G. V. Spivak). 13, 462 (1933).
P. Debye, Polar Molecules (A. Predvoditelev). 9, 404 (1929).
J. G. de Boer, Electron Emission and Adsorption Phenomena. 1935, 398 pp. (N. Kaptsov). 15, 934 (1935).

Prof. G. G. de-Metz, General Methodology of Teaching Physics. GIZ, 1929, p. 423 (N. Kashin). 9, 704 (1929).
T. Jones, Thermionic Emission (N. D. Morgulis). 19, 571 (1938).
P. A. M. Dirac, The Principles of Quantum Mechanics (M. P. Bronstein). 11, 355 (1931).
P. A. M. Dirac, The Principles of Quantum Mechanics. Trans. from English by M. P. Bronstein, ed. by D. D. Ivanenko. GTTI, 1932 (Yu. Rumer). 13, 156 (1933).
O. Dorno, Physics of the Sun and the Sky (A. Ferninger). 2, 325 (1921).
Ya. G. Dorfman and I. K. Kikoin, Physics of Metals. Electrical, Optical, and Magnetic Properties. 552 pp., GTTI, 1934 (F. Volkenshtein). 14, 928 (1934).
I. G. Drezen, Course of Electroacoustics. Part 1. Moscow, 1938, 387 pp. (S. N. Rzhevkin). 21, 488 (1939).
P. Duckert, Propagation of Blast Waves in the Atmosphere. Trans. from German by A. Yu. Deshutovich, ed. by S. A. Shorygin. GTTI, 1934, 71 pp. (S. Rzhevkin). 14, 1032 (1934).
L. Dobrich, New Theory of the Photoelectric Effect. 57 pp., 26 figs. 1937 (N. D. Morgulis). 17, 108 (1937).
L. Dunoyer, High-Vacuum Technique. Trans. from French by N. A. Shishakova, ed. by Prof. V. I. Roimanov, 2nd ed., GTTI, M.–L., 1938, p. 230 (B. Klyarfeld). 13, 787 (1933).
Iron. Magnetic and Electrical Properties of Pure and Carbon Iron. 1934, 1421 pp. (V. Arkadiev). 15, 1051 (1935).

Index of Reviews

Journal of the American Acoustical Society, vol. I, Nos. 1–3, vol. II, No. 1, 1929–1930 (S. Rzhevkin). 10, 795 (1930).

O. Zakur, Textbook of Thermochemistry and Thermodynamics (A. Rakovsky). 8, 422 (1928).

M. T. Zarafyan, What Is Entropy. 1935, 83 pp. (A. Zhukhovitsky and M. Tyomkin). 15, 935 (1935).

R. Zewag, Objective Photometry. 1935 (V. Fabrikant). 15, 641 (1935).

R. Seeliger, Introduction to the Physics of Gas Discharge (G. V. Spivak). 14, 675 (1934).

F. Seitz, The Physics of Metals. 1943, 330 pp. (S. Konobeevsky). 29, 370 (1946).

M. Zigbahn, X-ray Spectroscopy (É. Shpolsky). 5, 156 (1925).

L. Silberstein, Quantum Theory of Spectra. Reviewed translation, additions, and notes by K. K. Baumgart. Pp. 54 + 2 unnumbered. Publishing house “Nauchnoe knigoizdatelstvo” and “Nauka i shkola.” Petrograd, 1920 (É. Shpolsky). 2, 341 (1921).

A. Sommerfeld, Atomic Structure and Spectra. 2nd ed., 1921 (P. Lazarev). 2, 338 (1921).

A. Sommerfeld, Atomic Structure and Spectra. 3rd ed., 1922 (G. Landsberg). 3, 315 (1923).

A. Sommerfeld, Atomic Structure and Spectra. 4th ed. From the preface. 5, 253 (1925).

A. Sommerfeld, Atomic Structure and Spectra. Translated from the German, edited by A. F. Ioffe and P. I. Lukirsky. Pp. VIII + 403. Gosizdat, Moscow–Leningrad, 1926 (G. Landsberg). 6, 172 (1926).

A. Sommerfeld, Atomic Structure and Spectra. Supplementary volume—Wave Mechanics (É. Shpolsky). 9, 539 (1929).

A. Sommerfeld, Atomic Structure and Spectra. 2nd volume (2nd enlarged and revised edition of the “Supplementary Volume on Wave Mechanics”), with 62 figures. F. Vieweg & Sohn, Braunschweig, 1939 (D. Ivanenko). 23, 455 (1940).

Eve and Keys, Applied Geophysics in Prospecting for Ore (M. Polikarpov). 9, 706 (1929).

N. Idelson, Numerical Calculations by the Method of Least Squares. Gosizdat, 1927, 192 pp. (V. P. Weinberg). 8, 550 (1928).

Proceedings of the Institute of Physico-Chemical Analysis, edited by N. S. Kurnakov and B. N. Menshutkin. Vol. I, issue 1, Petrograd, 1919 (P. Lazarev). 2, 136 (1920).

Proceedings of the Institute of Physico-Chemical Analysis, edited by N. S. Kurnakov and B. N. Menshutkin. Vol. I, issue 1. Petrograd, 1919. Publication of the Commission for the Study of the Natural Productive Forces under the Russian Academy of Sciences. 300 pp. (D. Chugaev). 3, 139 (1922).

N. A. Izgaryshev, Chemical Thermodynamics. Scientific Chemical-Technical Publishing House (Scientific-Technical Administration of the Supreme Council of the National Economy), 1927 (A. Bachinsky). 7, 491 (1927).

Acad. A. F. Ioffe, Course of Physics (É. V. Shpolsky). 26, 110 (1944).

A. F. Ioffe, Lectures on Molecular Physics. Petrograd, 215 pp. Published by M. and S. Sabashnikov, 1919 (P. Lazarev). 2, 138 (1920).

A. F. Ioffe, Physics of Crystals. Gosizdat, Moscow–Leningrad, 1929, 192 pp. (Ya. Frenkel). 9, 400 (1929).

A. F. Ioffe, Electronic Semiconductors. From the series “Problems of Modern Physics,” GTTI, 1933 (F. Volkenstein). 14, 927 (1934).

A. S. Irisov, Sound and Music. Edited by A. Bachinsky. Gosizdat, Moscow–Leningrad, 1926, 139 pp. (S. Rzhevkin). 7, 309 (1927).

Ya. M. Katushev and V. I. Shestakov, Fundamentals of the Theory of Photographic Processes. Pp. 396. Gizlegprom, Moscow, 1944 (É. Shpolsky). 28, 140 (1946).

N. V. Kashin, Laboratory Course in Physics. Gosizdat, 1928, 439 pp. (G. de-Metz). 9, 138 (1929).

Index of Reviews

N. V. Kashin, The Doctrine of Energy. Introduction to Thermodynamics. Leningrad, Brockhaus-Efron Publishing House, 1925, p. 396 (A. L. Korol’kov). 6, 174 (1926).

Quantum Mechanics of Matter and Radiation (Yu. Rumer). 14, 250 (1934).

G. Kay, X-Rays. Translated from English, revised and considerably supplemented by E. V. Shpol’skii. State Publishing House, Moscow—Leningrad, 1929, pp. XIV+376 (V. Karchagin). 9, 736 (1929).

Kay, Practical Applications of X-Rays. Kempton. Industrial Applications of X-Rays (E. Shpol’skii). 4, 213 (1924).

A. König, Physiological Optics (N. Fedorov). 10, 163 (1930).

A. Ken and T. Jung, Photochemistry. Translated from German by S. G. Gurevich, edited by K. S. Lyalikov. Moscow—Leningrad, Gizlegprom, 1933 (E. Shpol’skii). 13, 982 (1933).

M. Knoll, F. Ollendorff, and R. Rompe, Tables on Gas Discharge. Tables, Formulae, and Curves as Applied to the Physics and Technology of Electrons and Ions (N. Kaptsov). 15, 318 (1935).

J. Cobine, Gaseous Conductors. Theory and Technical Applications (N. D. Morgulis). 28, 141 (1946).

I. L. Kogutov, Hydrogen as a Gas for Airships. State Aviation and Motor-Tractor Publishing House, Moscow, 1932, 72 pp. (K. Putilov). 14, 681 (1934).

L. Koller, Physics of Electron Tubes (N. D. Morgulis). 14, 1027 (1934).

Kohlrausch, Radioactivity (E. Shpol’skii). 9, 707 (1929).

V. N. Kondrat’ev, N. N. Semyonov, Yu. B. Khariton, Electron Chemistry. Edited and with a foreword by Acad. A. F. Ioffe. “Modern Problems of Natural Science,” book 39. State Publishing House, Moscow—Leningrad, 1927, pp. VI+160 (I. Kazarnovskii). 7, 306 (1927).

V. N. Kondrat’ev, Physical and Chemical Properties of Molecules. Series “The Newest Currents of Scientific Thought,” No. 15, State Publishing House, Moscow—Leningrad, 1928, 103 pp. (A. Rakovskii). 8, 790 (1928).

August Kopff, Fundamentals of Einstein’s Theory of Relativity (M. Shuleikin). 3, 29 (1923).

B. V. Koshevoi, Fundamentals of Technical Thermodynamics. Textbook for higher technical educational institutions. GNTI, 1931, p. 223 (A. Bachinskii). 11, 978 (1931).

G. A. Kramers and H. Holst, The Structure of the Atom and the Bohr Theory. Series “Nature and Culture,” book 20. Translated from English, edited by S. I. Vavilov. State Publishing House, 1926, pp. VIII+156 (G. Landsberg). 6, 273 (1926).

Charles Kraus, Properties of Electrically Conducting Systems (A. Rabinovich). 5, 461 (1925).

Corrado Creddini, Fundamentals of Theoretical and Applied Electroacoustics. Milan, 1939, 396 pp. (S. N. Rzhevkin). 23, 321 (1940).

K. A. Kremlin, The Art of Making Scientific Instruments and Experimental Physics (S. Vavilov). 5, 261 (1925).

Courant-Hilbert, Methods of Mathematical Physics. Vol. I (V. Kostitsyn). 6, 269 (1926).

R. Courant, Course of Differential and Integral Calculus. Part I. Functions of One Variable. Translated from German by Yu. Rabinovich and B. Livshits. State Publishing House, Moscow—Leningrad, 1931, pp. IV+444 (A. Khinchin). 11, 354 (1931).

R. Courant and D. Hilbert, Methods of Mathematical Physics. GTTI, Moscow—Leningrad, 1933, p. 525 (Yu. Rumer). 13, 983 (1933).

Course of Meteorology by Hann (S. Bastamov). 1, 236 (1918).

Course of Astrophysics. Vol. III. A. A. Belopol’skii, Astrospectroscopy. 277 pp. Petrograd, 1921. Vol. I. G. A. Tikhov, Astrophotometry. p. 131. “Scientific Book Publishing House,” Petrograd, 1922 (A. Mikhailov). 3, 325 (1923).

F. Cajori, History of Physics (P. Lapinskii). 10, 435 (1930).

Maurice Curie, Luminescence of Solids (B. Sveshnikov). 15, 774 (1935).

Acad. P. P. Lazarev, Helmholtz. Chemical-Technical Publishing House, Leningrad, 1925. A. G. Stoletov, N. A. Umov, P. N. Lebedev, B. B. Golitsyn. Chemical-Technical Publishing House, Leningrad, 1927 (B. Il’in). 9, 140 (1929).

INDEX OF REVIEWS

P. Lazarev, The Ionic Theory of Excitation of Living Tissues (N. Fedorov). 9, 393 (1929).

Acad. P. Lazarev, The Kursk Magnetic Anomaly (“Uspekhi fizicheskikh nauk,” vol. II, issue 1). (V. Prishletsov). 2, 333 (1921).

P. P. Lazarev, Foundations of the Doctrine of the Chemical Action of Light. Part 1. General Photochemistry. Petrograd, 1919, pp. 60 + IV. Part 2. Particular Photochemistry. Petrograd, 1920, pp. 70 + II. Part 3. Applications of Photochemistry. Petrograd, 1920, p. 64 (A. Bachinsky). 2, 135 (1920).

Acad. P. Lazarev, Foundations of the Physics of the Earth (A. I. Zaborovsky). 25, 250 (1941).

Acad. P. P. Lazarev, Modern Advances in Biological Physics. Issue 1. Chemical-Technical Publishing House, L., 1927 (V. Ilyin). 9, 139 (1929).

P. P. Lazarev, Current Problems of Biological Physics. M., 1920 (B. Ilyin). 2, 329 (1921).

Acad. P. P. Lazarev, Physico-Technical Foundations of Higher Nervous Activity. M., 1922. From the series “Scientific Survey,” No. 1; 63 pp. (L. Chugaev). 3, 137 (1922).

L. Landau and E. Lifshitz, Mechanics of Continuous Media. (Theoretical Physics, under the general editorship of Prof. L. D. Landau.) Gostekhizdat, M.—L., 1944, 624 pp. (V. L. Ginzburg). 28, 384 (1946).

L. Landau and L. Pyatigorsky, Mechanics. (Theoretical Physics, under the general editorship of Prof. L. D. Landau, vol. 1.) Gostekhizdat, M.—L., 1940, p. 200. (V. Fock). 28, 377 (1946).

M. Laporte, Elementary Processes in Electric Discharge in Gases (G. Spivak). 24, 386 (1934).

P. Lenard, On the Principle of Relativity, Ether, and Gravitation (S. Vavilov). 2, 336 (1921).

P. Lenard, On the Principle of Relativity, Ether, and Gravitation. (A Critique of the Theory of Relativity.) Edited by Prof. A. K. Timiryazev. 58 pp., Gosizdat, M., 1922 (N. Andreev). 3, 322 (1923).

Leonardo da Vinci, On the Motion and Measure of Water (S. Vavilov). 5, 462 (1925).

K. A. Leontiev, Physical Foundations of Radio Engineering. GTTI, M.—L., 1932, p. 163 (N. Malov). 13, 787 (1933).

E. Lecher, Course of Physics for Physicians and Biologists. Translated from the 4th German edition, edited by E. V. Shpolsky. Gosizdat, M.—L., 1926, pp. XI + 546 (G. Landsberg). 7, 303 (1927).

Theodor Lyman, Spectroscopy in the Extreme Ultraviolet Region (P. Lazarev). 1, 161 (1918).

Lind, Chemical Actions of α-Particles and Electrons (E. Shpolsky). 8, 424 (1928).

E. O. Lippmann, History of the Origin and Spread of Alchemy, with an Appendix on the History of Metals (M. A. Blokh). 3, 327 (1923).

S. Ya. Lifshitz, Course of Architectural Acoustics. Published by MVTU, M., 1927, 128 pp. (S. Rzhevkin). 7, 402 (1927).

G. A. Lorentz, Theory of Electrons (S. Vavilov). 2, 338 (1921).

Richard Lorentz, Degrees of Filling of Space and the Mobility and Viscosity of Liquids (M. A. Blokh). 4, 101 (1924).

K. Lucas, Conduction of Nervous Excitations (A. Samoilov). 2, 327 (1920).

P. I. Lukirsky, Foundations of Electron Theory. Gosizdat, M.—L., 1929, p. 339 (G. Landsberg). 9, 540 (1929).

O. Lummer, The Sintering of Coal and the Attainment of Solar Temperatures (P. Lazarev). 1, 81 (1918).

Henrik Lundegårdh, Quantitative Spectral Analysis of Elements. Part 2 (Ya. Larionov). 16, 140 (1936).

S. D. Lyubarsky, Heterogeneous Catalysis. (Introduction to the Theory and Practice.) M.—L., Goskhimtekhizdat, 1933, 124 pp. (N. Kobozev). 14, 1028 (1934).

Index of Reviews

S. O. Maisel, Light and Vision. GTTI, Moscow—Leningrad, 1932, p. 123 (N. Fedorov). 13, 984 (1933).

A. Michelson, Studies in Optics (S. Vavilov). 7, 405 (1927).

E. Mak Arthur, Electronic and Electron Tubes. 1936, 173 pp. (N. D. Morgulis). 18, 594 (1937).

F. Maxfield and R. Benedict, Theory of Gas Conductivity and Electronics (N. D. Morgulis). 28, 142 (1946).

G. Mark and R. Wierl, Experimental and Theoretical Foundations of Electron Diffraction (P. Tartakovsky). 12, 520 (1932).

A. Marx, Foundations of Quantum Mechanics. Translated from the German by T. A. Kontorova, E. V. Kofman, and N. V. Kashtanov, edited by Prof. Ya. I. Frenkel. Leningrad—Moscow, GTTI, 1933 (K. Nikolsky). 14, 930 (1934).

Ch. Meyer, Diffraction of Light, X-Rays, and Material Particles. 1934, 173 pp. (V. Fabrikant). 15, 1048 (1935).

R. Mecke, Band Spectra and Their Significance for Chemistry (E. Shpolsky). 9, 403 (1929).

G. Meller, Electron Tubes and Their Applications. Translated from the 3rd German ed., edited by Prof. S. E. Khaikin. GTTI, 1934, 251 pp. (N. Malov). 14, 679 (1934).

Metallophysics. Collection of articles edited by S. G. Konobeevsky. Series “Advances in Physics.” ONTI, GTTI, Moscow—Leningrad, 1933, 240 pp., 14 figs. (E. Bakhmetev). 14, 1030 (1934).

Methods for the Study of Noise. Collection of articles edited by Prof. S. P. Rzhevkin. Series “Advances in Physics,” GTTI, Moscow—Leningrad, 1933, p. 120 (V. Furduyev). 14, 231 (1934).

R. Mises, Probability, Statistics, and Truth (A. Khinchin). 8, 669 (1928).

Dayton Clarence Miller, The Study of Musical Sounds (S. Rzhevkin). 5, 463 (1925).

R. Millikan, The Electron (+ and −), Protons, Photons, Neutrons, and Cosmic Rays. Translated under the editorship of Prof. E. V. Shpolsky. 310 pp., 100 ill., GONTI, Editorial Office of Technical-Theoretical Literature, Moscow—Leningrad, 1939 (K. Nikolsky). 24, 534 (1940).

Mitchell and Zemansky, Resonance Radiation and Excited Atoms (E. Shpolsky). 14, 813 (1934).

Leonor Michaelis, Practicum in Physical Chemistry, in Particular the Chemistry of Colloids, for Physicians and Biologists. 1921 (P. Lazarev). 3, 324 (1923).

A. B. Mlodzeevsky, A Short Textbook of Molecular Physics. GTTI, 1933, 3rd ed., 248 pp. (G. V. Spivak). 14, 677 (1934).

F. Morse, Vibrations and Sound (S. N. Rzhevkin). 17, 536 (1937).

L. V. Mysovsky, Cosmic Rays. Series “Newest Currents of Scientific Thought,” book 16. Gosizdat, Moscow—Leningrad, 1929, p. 131 (G. Landsberg). 10, 161 (1930).

L. Mysovsky, New Ideas in the Physics of the Atomic Nucleus. 2nd ed. Technical-Theoretical Publishing House, 1936 (Yu. Rumer). 17, 110 (1937).

Moller-Poulsen, Course in Physics. Acoustics. Edited by E. Vetchman. (S. Rzhevkin). 10, 794 (1930).

D. N. Nasledov, Physics of Ionic and Electronic Processes. Leningrad—Moscow, 1937, 312 pp. (E. Shpolsky). 19, 290 (1938).

W. Nernst, Theoretical and Experimental Foundations of the New Principle of Thermodynamics. VIII + 218 pp. 1918 (P. Lazarev). 2, 137 (1922).

Isaac Newton, Optics. A Treatise on the Reflections, Refractions, Inflections and Colors of Light. Translated from the 3rd English ed. of 1721, with notes by S. I. Vavilov. “Classics of Natural Science.” Book seventeen. Gosizdat, 1927, p. 373 (A. Bachinsky). 7, 403 (1927).

Optics in Military Affairs. Collection of articles edited by Acad. S. I. Vavilov and Prof. M. V. Savostyanova. 3rd ed., newly revised and enlarged, in two volumes. Vol. I. Publishing House of the Academy of Sciences of the USSR, Moscow—Leningrad, 1945, p. 392 (E. Shpolsky). 28, 547 (1946).

Index of Reviews

V. Ostwald, The Science of Color. Trans. Z. O. Milman, ed. and with a foreword by S. V. Kravkov. Promizdat, 1926, p. 204 (S. Vavilov). 7, 307 (1927).

A. G. Pasynkov, Thermodynamic Theory of Chemical Affinity. Goskhimtekhizdat, M.—L., 1933, p. 85 (A. Zhukhovitskii). 14, 823 (1934).

N. D. Papaleksi, Radio Interference and the Struggle against It. 2nd ed. GTTI, M.—L., 1944, 103 pp. (N. N. Malov). 29, 219 (1946).

Partington, Chemical Thermodynamics (A. Rakovskii). 8, 422 (1928).

Pauling and Goudsmit, The Structure of Line Spectra (E. Shpolskii). 10, 790 (1930).

L. Pauling and E. B. Wilson, Introduction to Quantum Mechanics with Applications to Chemistry. 1935, 468 pp. (Yu. Rumer). 15, 1051 (1935).

Peterson and Kirsch, The Destruction of the Atom (E. Shpolskii). 7, 71 (1927).

Max Planck, Introduction to the Mechanics of Deformable Bodies. Trans. from the German. Gosizdat, M.—L., 1929, p. 207 (N. Bukholts). 9, 701 (1929).

M. Planck, Introduction to General Mechanics. 1920 (P. Lazarev). 2, 135 (1920).

Max Planck, Introduction to General Mechanics. Trans. ed. by Prof. N. P. Kasterin. Gosizdat, 1927 (I. Tamm). 7, 312 (1927).

M. Planck, Introduction to Theoretical Optics (S. Vavilov). 7, 497 (1927).

M. Planck, Introduction to the Theory of Heat (E. Shpolskii). 10, 752 (1930).

Max Planck, Theory of Thermal Radiation. Trans. from the 5th German ed. by M. Chernigovskii and S. Vonsovskii, ed. by M. El'yashevich. ONTI, Main Editorial Office of General Technical Literature, L.—M., 1935, p. 204 (E. Shpolskii). 17, 535 (1937).

S. Pletenev and S. Sklyarenko, Collection of Examples and Problems in Physical Chemistry. Goskhimtekhizdat, M.—L., 1933, p. 328 (V. Pleskov). 6, 822 (1934).

Practical Problems of Electromagnetism. Collection of the Division of Technical Sciences of the Academy of Sciences of the USSR. M.—L., 1939, p. 82 (N. Nikitin). 24, 427 (1940).

Peter Pringsheim, Fluorescence and Phosphorescence in the Light of Modern Atomic Theory. 1921, VIII + 202 (S. Vavilov). 3, 313 (1923).

Problems of Electrical Metals. No. 1. Publishing House of the Academy of Sciences of the USSR, 1938, 152 pp. (N. Nikitin). 22, 117 (1939).

F. Rasetti, Foundations of Nuclear Physics. Trans. K. I. Alekseeva and N. A. Dobrotin (E. V. Shpolskii). 25, 252 (1941).

D. Rice, Statistical Physics. Trans. from the English by V. N. Finkelshtein. State Scientific and Technical Publishing House of Ukraine, 1934, p. 283 (V. Semenchenko). 14, 1023 (1934).

Results of X-ray Research in Technology. Ed. by G. Eggert and E. Schiebold (S. T. Konobeevskii). 15, 542 (1935).

X-ray Technology for Testing Materials. Collection of articles ed. by G. Eggert and E. Schiebold. Trans. from the German ed. by A. N. Zilberman. p. 206. GTTI, 1933 (Series “Advances of Physics”) (A. Trapenzhnikov). 14, 522 (1934).

A. Reimann, Thermionic Emission. 1934, p. 324 (N. D. Morgulis). 15, 775 (1935).

A. L. Reimann, Thermionic Emission (G. A. Tyagunov). 25, 379 (1941).

S. N. Rzhevkin, Hearing and Speech in the Light of Modern Physical Research. Gospizat, M.—L., 1928, p. 145 (Series “Newest Trends in Scientific Thought,” vols. 10—11) (N. Andreev). 9, 166 (1929).

Riecke, Course of Physics. Vol. I. Mechanics and Acoustics. Heat. Optics. Vol. II. Magnetism and Electricity. 1919 (E. Shpolskii). 2, 339 (1921).

L. Richter, Foundations of the Theory of Colors. Trans. and supplemented by Prof. N. G. Fedorov. Gosizdat, M.—L., 1927, p. 136 (S. Vavilov). 7, 307 (1927).

O. W. Richardson, Thermoelectronic Emission. 1916, p. 304 (P. Lazarev). 1, 155 (1918).

O. W. Richardson, Electronic Theory of Matter. 1916 (P. Lazarev). 1, 83 (1918).

Index of Reviews

S. Rodionov and G. Frank, Problems of Photobiology and the Measurement of Light. GTTI, L.—M., 1934, p. 86 (V. Fabrikant) 14, 1024 (1934).

D. S. Rozhdestvenskii, Spectral Analysis and the Structure of Atoms. Proceedings of the State Optical Institute, vol. I, issue 6. Pp. 87 + 3, Gosizdat, Petersburg, 1920 (E. Shpol’skii). 2, 339 (1921).

M. A. Rosenstiehl, A Treatise on Color from the Point of View of Physics, Physiology, and Aesthetics, Containing an Account of the Present State of the Question of the Harmony of Colors. 2nd ed. Paris, 1934, pp. XVI + 247 (N. T. Fedorov). 15, 180 (1935).

V. Ronchi, Testing Optical Systems. Translated from the Italian by V. V. Antonov-Romanovskii, edited by S. I. Vavilov. GTTI, 1933, p. 102 (A. Tudorovskii). 14, 387 (1934).

Handbook of Roentgenology, 1920, p. 506 (E. Shpol’skii). 2, 342 (1921).

E. Rupp, Experimental Studies of Electron Diffraction (P. Tartakovskii). 12, 520 (1932).

Russian Bibliography in Natural Science and Mathematics, Compiled by the Bureau of International Bibliography Attached to the Russian Academy of Sciences. IX (1912—1913), Petrograd, VIII + 426 pp. (P. Lazarev). 1, 154 (1918).

Rush, The Atmosphere and Weather Forecasting (R. Rakhmanov). 6, 73 (1926).

Collections on Spectroscopy (P. Lazarev). 1, 267 (1918). V. V. Svyatoslavskii, 1) On the Calorimetric Bomb and on the Standard of Thermochemistry of Organic Compounds. 2) Diazo Compounds. A Thermochemical Investigation (P. Lazarev). 1, 160 (1918).

N. N. Semenov, The Modern Doctrine of the Rates of Gaseous Chemical Reactions. (Series “Recent Currents of Scientific Thought,” book 19). M.—L., 1929, p. 127 (Ya. Syrkin). 9, 700 (1929).

N. Semenov, Chemical Kinetics and Chain Reactions. L., 1934 (Yu. S. Taylor) 16, 138 (1936).

G. Searle, Experimental Physics. 1934, pp. XIV + 563 (N. Kaptsov). 15, 321 (1935).

M. M. Sitnikov. Ionic Processes and Some of Their Technical Applications. Proceedings of the State Physico-Technical Laboratory, issue 7. Published by the Scientific-Technical Administration of the Supreme Council of the National Economy of the USSR, M., 192 (M. Lapirov-Skoblo), 9, 703 (1929).

A. Smith, Introduction to Inorganic Chemistry. Translated from the 3rd ed., edited and supplemented by A. V. Rakovskii. Issue 1. Gosizdat, 1928, pp. X + 478 (A. Bachinskii). 8, 674 (1928).

I. A. Smorodintsev, Enzymes of the Plant and Animal Kingdoms. Part I (1915) and Part II (1920). M. (B. Il’in). 2, 331 (1921).

Modern Culture. Physics. 1915 (P. Lazarev), 1, 81 (1918).

Contemporary Problems of Physical Chemistry and Chemical Technology. Collection II. (University of Physical Chemistry and Chemical Technology named after Academician N. D. Zelinskii) M., 1938, p. 151 (P. Belikov). 22, 465 (1939).

Contemporary Problems of Electromagnetism. Collection dedicated to the tenth anniversary of the Moscow Magnetic Laboratory. P. 176, GTTI, M., 1931 (N. Nikitin). 13, 788 (1933).

A. Sokolik, Combustion and Detonation in Gases. GTTI, M.—L., 1934 (P. Panютin). 14, 825 (1934).

A. P. Sokolov, Physics Laboratory Manual. A Guide to Practical Work in Physics. 2nd ed., supplemented and revised by Prof. A. P. Sokolov and Prof. K. P. Yakovlev. Gosizdat, M.—L., 1926, XI + 373 pp. (G. De-Metz). 6, 518 (1926).

Special Physics Laboratory Manual. Compiled by a collective of scientific workers of the Physics Faculty of M. V. Lomonosov Moscow Order of Lenin State University. Edited by G. V. Spivak. OGIZ, GTTI, M.—L., 1945; vol. I, p. 279; vol. II, p. 264 (V. Fabrikant). 30, 346 (1946).

INDEX OF REVIEWS

Handbook of Military Optics. Compiled by a collective of staff members of the State Order of Lenin Optical Institute, edited by Acad. S. I. Vavilov and Prof. M. V. Savostyanova. Pp. 263, GTTI, Moscow—Leningrad, 1945 (V. Fabrikant). 30, 147 (1946).

Handbook of Radiology. Vol. III. Gerke and Seligers, glow discharge and positive column (P. Lazarev). 1, 82 (1918).

Handbook of Physics. Edited by H. Geiger and K. Scheel, vol. X. Thermal properties of matter. 1926, p. 486 (S. Vavilov). 6, 79 (1925).

A. G. Stoletov, Collected Works, edited and with notes by Prof. A. K. Timiryazev. Vol. II. Public lectures and speeches, critical and biographical notes. GTTI, Moscow—Leningrad, 1941, p. 431 (N. N. Andreev). 29, 218 (1946).

E. Stoner, Magnetism and Matter. 1934, pp. XV + 474 (V. Arkadyev). 15, 320 (1935).

G. A. Stratton, Electromagnetic Theory (E. V. Shpolsky). 27, 309 (1945).

J. Strong, The Technique of Physical Experiment. 1945 (E. Shpolsky). 28, 387 (1946).

V. S. Syrokomsky, The Application of Rare Elements in Industry. Petrograd, 1919, Scientific Chemical-Technical Publishing House, 34 pp. (L. Chugaev). 3, 144 (1922).

D. Talmud and S. Bresler, Surface Phenomena. L.—M., GTTI, 1934, p. 131 (N. Fuks). 14, 820 (1934).

G. Tamm, Aggregate States. 1922 (P. Lazarev). 3, 325 (1923).

P. S. Tartakovsky, Quanta of Light. Series “Contemporary Problems of Natural Science,” book 41. Gosizdat, 1923, VI + 180 pp. (S. Vavilov). 8, 265 (1928).

P. S. Tartakovsky, Experimental Foundations of the Wave Theory of Matter. GTTI, L.—M., 1932, 150 pp., 59 figs. (S. Konobeevsky). 13, 981 (1933).

Telegraphy and Telephony without Wires. Publ. by NKGTP, Nos. 5—7, Nizhny Novgorod, 1919—1920. Radiotekhnik Nos. 7—12, Nizhny Novgorod, 1919—1920 (S. Rzhevkin). 2, 133 (1920).

A. P. Terenin, Introduction to Spectroscopy. KUBUCH Publ., L., 1933, p. 312 (M. Bronstein). 14, 248 (1934).

Technique of the Physical Experiment. Edited by Acad. A. F. Ioffe. Gosizdat, M.—L., 1929, p. 363 (G. Landsberg). 9, 541 (1929).

Prof. A. K. Timiryazev, Kinetic Theory of Matter. Gosizdat, M.—L., 1923, p. 319 (B. Ilyin). 3, 496 (1923).

Prof. A. K. Timiryazev, Kinetic Theory of Matter (lectures delivered at the First Moscow State University in 1917—1918). Pp. 278, GTTI, M.—L., 1933 (V. Semenchenko). 14, 817 (1934).

Hans Thirring, The Idea of the Theory of Relativity. 1921 (M. Shuleikin). 3, 319 (1923).

R. C. Tolman, Relativity, Thermodynamics, and Cosmology. 1934, pp. XVI + 502 (Yu. Rumer). 15, 177 (1935).

R. Tolman, Statistical Mechanics and Its Applications to Physics and Chemistry (V. Semenchenko). 8, 670 (1928).

G. P. Thomson, Wave Mechanics of Free Electrons (P. Tartakovsky). 12, 520 (1932).

J. J. Thomson, The Electron in Chemistry. Translated from English by I. A. Kablukov and N. A. Zheleznova. “Contemporary Problems of Natural Science,” book 56. Gosizdat, M.—L., 1927, pp. VI + 156 (I. Kazarnovsky). 7, 305 (1927).

F. Trendelenburg, Introduction to Acoustics. Berlin, 1939, 277 pp. (S. N. Rzhevkin). 23, 322 (1929).

V. Trofimov, The Application of Aerology to Ballistics. (Publ. of the Commission on Special Artillery Experiments.) Petrograd, 1920. (Artillery Journal No. 3—4, 1920) (V. Prishletsov). 2, 335 (1921).

Index of Reviews

A. I. Tudorovskii, Electricity and Magnetism. Part 1. (Electrostatics and Electric Current), GTTI, 1933, p. 360 (S. I. Vavilov). 14, 249 (1934).

Whittaker and Watson, A Course of Modern Analysis. Part 1. Basic Operations of Analysis. Pp. 388; Part 2. Transcendental Functions. Pp. 467. M.—L., 1934 (V. Stepanov). 14, 814 (1934).

G. Ulich, Chemical Thermodynamics. An Introduction to the Theory of Chemical Affinity and Equilibria. Trans. by Yu. A. Boltunov, I. N. Bushmakin and K. P. Mishchenko, ed. by K. P. Mishchenko. Goskhimtekhizdat, L., 304 pp. (K. Putilov). 14, 683 (1934).

G. Falkenhagen, Electrolytes. 1932, p. 346 (Vl. Semenchenko). 13, 785 (1933).

R. Fowler, Statistical Mechanics. 1929, p. 570 (A. Khinchin). 10, 323 (1930).

K. Fajans, Radioactivity and the Newest Development of the Doctrine of the Chemical Elements. 1919 (P. Lazarev). 2, 136 (1920).

K. Fajans, Radioactivity and the Modern Doctrine of the Chemical Elements. Gos. Izd., M. 1922 (A. Bachinskii). 3, 317 (1923).

Prof. N. T. Fedorov, The Present State of Colorimetry. GTTI, M. 1933. 192 pp. (P. Tikhodeev). 14, 384 (1934).

A. Föppl and L. Föppl, Strength and Deformation. I. Applied Theory of Elasticity. Trans. from German by M. Abramov, ed. by Prof. I. M. Rabinovich. GTTI, M.—L., 1933, p. 42 (L. Leibenzon). 14, 524 (1934).

K. Försterling, Textbook of Optics. 1928 (S. Vavilov). 8, 789 (1928).

Physics of Dielectrics. Ed. by A. F. Walter, p. 560, GTTI, M.—L., 1932 (F. Vol’kenshtein). 13, 635 (1933).

Physical Problems of Sound Cinema Technology. Collection of articles. Trans. from German, ed. by P. N. Belikov and V. V. Furduyev. GTTI, 1932, 130 pp. (S. Rzhevkin). 13, 636 (1933).

Physical Dictionary. Editor-in-chief Prof. P. N. Belikov. Vols. I–III. ONTI NKTP USSR, M. 1936–1937 (P. P. Lazarev). 18, 279 (1937).

G. Phillips, Differential Calculus. Trans. under the editorship and in the adaptation of Prof. V. F. Kagan. Pp. 254, Gosizdat, 1926 (Ya. Shpilrein). 7, 400 (1927).

G. Phillips, Integral Calculus. Trans. with additions by Prof. V. F. Kagan. Pp. 441, Gosizdat, 1927 (Ya. Shpilrein). 7, 400 (1927).

Franck and Jordan, Excitation of Quantum Transitions by Collisions. 1926, VIII + 312 pp. (G. Landsberg). 6, 423 (1926).

French Science. 1915 (P. Lazarev). 1, 80 (1918).

A. A. Fridman, Attempt at the Hydromechanics of a Compressible Fluid. 266 pp. in 4°. Petrogosizdat (lithogr.) (V. A. Kostitsyn). 3, 495 (1923).

S. E. Khaikin, Mechanics (N. N. Andreev). 25, 514 (1941).

S. E. Khaikin, What Are the Forces of Inertia? (D. I. Blokhintsev). 25, 251 (1941).

E. P. Kharfin, A Problem Book in Physics. GTTI, 1932, p. 208 (N. Malov). 13, 789 (1933).

F. N. Kharadzha, X-Ray Technique. 1938, 202 pp. (D. Gogoberidze). 21, 363 (1939).

Yu. B. Khariton and A. I. Shalnikov, The Mechanism of Condensation and the Formation of Colloids. GTTI, L.—M., 1934, p. 66 (N. Fuks). 14, 819 (1934).

A. Kharkevich, Electroacoustic Apparatus. Energoizdat, 1933, 256 pp. (S. Rzhevkin). 14, 385 (1934).

R. A. Houstoun, Light and Colour. Trans. ed. by Prof. N. P. Kasterin. Gosizdat, M.—L., 1926, pp. VIII + 196 (S. Vavilov). 7, 307 (1927).

R. A. Houstoun, Light and Colour. Trans. from English, 2nd ed., revised and supplemented by Prof. N. T. Fedorov. GTTI, M., 1933, p. 148 (V. Pulver). 14, 521 (1934).

O. D. Khvolson, Course of Physics. Supplementary Volume. Physics of 1914–1926. Part I. Gosizdat, 1926, p. 306. Part II, Gosizdat, 1926, p. 275 (G. Landsberg). 7, 401 (1927).

Index of Reviews

Prof. O. D. Khvolson, Course of Physics. Vol. I. 7th ed. GTTI, 1934, p. 642 (G. Landsberg). 14, 815 (1934).

O. D. Khvolson, Physics of Our Days. 2nd ed. Gosizdat, Moscow—Leningrad, 1929, 382 pp. (S. Vavilov). 10, 160 (1930).

A. Tsart, Bricks of the Universe (Atoms and Molecules). Translated from the German by E. G. Bazanova, edited by A. P. Afanas’ev. “Physical Library,” Scientific Book Publishing House, Petrograd, 1921, p. 101 (E. Shpol’skii). 2, 341 (1921).

S. Chapman and T. Cowling, The Mathematical Theory of Non-Uniform Gases. Kinetic Theory of Viscosity, Thermal Conduction and Diffusion in Gases. 404 pp., 13 ill., Cambridge, University Press, 1939 (K. Nikol’skii). 24, 533 (1940).

S. E. Sheppard, Photochemistry. 1914, p. 461 (P. Lazarev). 1, 160 (1918).

Clemens Schaefer, Theoretical Physics. Vol. III, Part 2. Optics. Translated from the German by G. M. Katto, N. N. Malova, and E. L. Starokadomskaia, edited by Prof. K. F. Teodorchik. 1938, 523 pp. (A. Kitaigorodskii). 21, 523 (1939).

Harry Schmidt, Problems of Modern Chemistry in Generally Accessible Exposition. Translated from the German by A. I. Smirnov, edited by Prof. N. N. Andreev. “Popular-Science Library.” Gosizdat, Moscow, 1922, pp. 100 + IV (E. Shpol’skii). 3, 38 (1923).

Kurt Schmidt, The Periodic System of Chemical Elements. 1913 (O. Madison). 2, 342 (1921).

G. Spöner, Molecular Structure (Yu. Rumer). 17, 537 (1937).

V. Shuleikin, Physics of the Sea. Vol. I. Dynamics of the Sea, Thermics of the Sea, Optics of the Sea. GTTI, Moscow—Leningrad, 1933 (P. Lazarev). 14, 1025 (1934).

A. S. Eddington, Stars and Atoms. Translated from the English by Prof. S. I. Vavilov. Series “The Latest Currents of Scientific Thought,” 7–8. Gosizdat, 1928, p. 152 (N. Idel’son). 8, 549 (1928).

A. Eddington, New Pathways in Science. 1935, 333 pp. (Yu. Rumer). 15, 672 (1935).

A. Eucken, Fundamentals of Physical Chemistry. 1934, 699 pp. (Ya. K. Syrkin). 15, 669 (1935).

A. Einstein, Ether and the Principle of Relativity. Translated from the German by A. P. Afanas’ev. Scientific Book Publishing House, Petrograd, 1921. (S. Vavilov). 2, 335 (1921).

A. Engel and M. Steenbeck, Physics and Technology of Electrical Discharge through Gases (G. V. Spivak). 13, 157 (1933).

A. Engel and M. Steenbeck, Electric Discharge in Gases. Physics and Technology, 1934, 352 pp. (N. Kaptsov). 15, 543 (1935).

A. A. Eichenwald, Electricity. Revised and expanded edition. Gosizdat, Moscow—Leningrad, 1927, pp. VIII + 758 (G. Landsberg). 7, 304 (1927).

V. G. Eccles, Handbook of Wireless Telegraphy and Telephony. 1917 (N. Papaleksi). 1, 157 (1918).

V. Espe and M. Knoll, Technology of Vacuum Materials. 383 pp., 119 tables and 405 figs. (N. D. Morgulis). 17, 108 (1937).

A. L. Hughes and L. L. DuBridge, Photoelectric Phenomena (M. Savost’ianova). 13, 784 (1933).

U. Roseri, The Metallic State. Electrical Properties and Theories (I. Tamm). 11, 800 (1931).