Annotated Bibliography of Literature on the Physical Sciences Published from July 21 to September 15, 19371

a) Books and Brochures

1. ANDRONOV A. A. and KHAIKIN S. E., Theory of Oscillations. Part One. With a foreword by Acad. L. I. Mandelstam, XII + 520 pp., 350 figs., ONTI, Main Editorial Office of Technical-Theoretical Literature, Moscow–Leningrad, 1937, price 14 rubles 50 kopecks, binding 1 ruble 50 kopecks, print run 3000.

The authors have attempted a systematic presentation of that part of the extensive material on the theory of nonlinear oscillations which pertains to autonomous systems with one degree of freedom. Contents by chapters: I — Linear systems (19–86), II — Conservative nonlinear systems (87–150), III — Nonconservative systems (151–202), IV — Dynamical systems described by one first-order differential equation (203–255), V — Dynamical systems described by two first-order differential equations (256–420), VI — Systems with cylindrical phase surface (421–434), VII — Quantitative treatment of nonlinear systems (435–487), VIII — Statistical treatment of dynamical systems (488–492).

2. ARISTOTLE, Physics. Translated by V. P. Karpov, second edition, 231 pp., 1 portrait, OGIZ, State Socio-Economic Publishing House, Moscow, 1937, price 3 rubles 50 kopecks, binding 1 ruble 25 kopecks, print run 10,000.

* 3. BEREZOVSKY B. Ya., VESELOVSKY I. N. and MODESTOV A. Ya. Handbook of Elementary Mathematics, Mechanics, and Physics. Edited by I. N. Bronshtein, 188 pp., 31 drawings. (“To Aid the Stakhanovite”), ONTI, Main Editorial Office of Technical-Theoretical Literature, Moscow–Leningrad, 1937, price 1 ruble 60 kopecks, binding 70 kopecks, print run 50,000.

The handbook is intended primarily as an aid for students in the “Courses for Masters of Socialist Labor.”

* 4. BLACKWOOD O., HUTCHINSON E., OSGOOD T., RUARK A., ST. PETER V., SCOTT D., WORSING A., Essays on the Physics of the Atom. Translated from the English by E. L. Feinberg, edited by Prof. Yu. B. Rumer, 348 pp., 175 figs., ONTI, Main Editorial Office of Technical-Theoretical Literature, Moscow–Leningrad, 1937, price 5 rubles 50 kopecks, binding 1 ruble 50 kopecks, print run 50,000.

The book contains a popular presentation of the current state of the science of the structure of matter. In every case the authors describe the methods and instruments of research. Contents by chapters: I — The Place of Introduction (9–11), II — The Atomic Nature of Matter (12–28), III — The Atomic Nature of Electricity (29–48), IV — The Corpuscular Nature of Radiant Energy (49–69), V — Spectroscopy (70–88), VI — The Planetary Atom (89–98), VII — X-rays (99–123),

VIII—Waves and corpuscles (124–145), IX—Atomic spectra (146–159), X—Periodic system of the elements (160–176), XI—Structure of molecules (177–193), XII—Radioactivity (194–235), XIII—Theory of relativity (236–251), XIV—Astrophysics (252–295), XV—Old problems in a new light (296–300), XVI—Atomic nucleus and elementary particles (307–332).

1. WALTER A. F., KONDRAT’EV V. N., KHARITON Yu. B., Problems in Physics, edited by Acad. A. F. Ioffe, ninth edition, revised, 124 pp., 78 figs., ONTI, Main Editorial Office of Technical-Theoretical Literature, L.–M., 1937, price 1 rub. 90 kop., print run 25,000.

The problem book covers the following sections: mechanics and oscillatory motion, gases, liquids, heat, electricity, magnetism, electromagnetism, fundamentals of alternating current, geometrical and physical optics. The problem book is intended for first- and second-year students of technical institutes and universities.

1. WALTER P. A., Investigation of the Motion of a Viscous Fluid in a Tube Bent along a Helical Line, 72 pp., 13 plates, Proceedings of the Central Aero-Hydrodynamic Institute named after Prof. N. E. Zhukovsky, Issue 323, Institute Publishing House, M., 1937, price 2 rub. 25 kop., print run 1000.

The author starts from the Stokes–Navier equations, which he integrates by means of series. He sets up equations that make it possible to calculate the terms of the series, proves that all the necessary quantities are expressed by means of polynomials, and carries out the computations needed to determine the first and second terms of the series, which he gives explicitly.

1. GALVANI A. and VOLTA A., Selected Works on Animal Electricity, translated, biographical sketch and notes by Prof. E. E. Goldenberg, introductory article by A. V. Lebedinsky, 431 pp. with figs. and 2 portraits, “Classics of Biology and Medicine” (All-Union Institute of Experimental Medicine), OGIZ, State Publishing House of Biological and Medical Literature, M.–L., 1937, price 4 rub. 80 kop., binding 1 rub. 20 kop., print run 5200.

The book contains “Treatise on the Forces of Electricity in Muscular Motion” by Aloysius Galvani, “Letters and Articles on Animal Electricity” by Alessandro Volta, the introductory article by A. V. Lebedinsky, “The Role of Galvani and Volta in the History of Physiology,” and E. E. Goldenberg’s biographical sketch “Galvani and Volta.”

1. GINKIN G. G., Ohm’s Law (for Alternating Current), 176 pp., 70 plates, 1 pasted insert, State Publishing House for Radio Questions, M., 1937, price 1 rub. 50 kop., print run 25,000.

The book considers various applications of Ohm’s law to alternating-current circuits encountered in the work of a radio amateur.

1. GORDANOV A. A., Fundamentals of the Theory of Reverberation, lectures delivered at the Kazan Institute of Municipal Construction Engineers in 1936, 40 pp., 4 plates, Institute Publishing House, Kazan, 1936, no price, print run 300+115.

A brief exposition of lectures on architectural acoustics. The author considers the following questions: sound intensity and auditory sensation, the logarithmic method of expressing sound intensity, the build-up and decay of sound in a room, the Sabine, Eyring, and Norris reverberation equations, the general equation of reverberation, the influence of the shape of a room and the type of surface on the magnitude of reverberation.

1. DVINYANINOV V. A., Set on Magnetism, 8 pp., 12 figs., Series of Practical Guides to Educational and Visual Aids, No. 7 (People’s Commissariat of Education of the RSFSR), Uchpedgiz Publishing House, without city or year, price 20 kop., print run 12,000.

The brochure describes the purpose of the set and its composition, the purpose of the individual items, experiments with the set, and its storage and acceptance.

1. DERYAGIN B. V., doctor-prof., Properties of thin liquid layers and their role in disperse systems, 22 pp., 10 drawings. (Series “University of Physico-Chemistry and Power Engineering named after Acad. N. D. Zelinsky.” Issue 1), VSNITO. M., 1937, no price, print run 2000.

Lecture intended for engineers.

1. ZHARKOV S. N., Thomson’s coil, 4 pp., 3 figs., Series of practical guides to educational visual aids, No. 9 (People’s Commissariat of Education of the RSFSR), Uchobgiz Publishing House, without year and place, price 15 kop., print run 6000.

The brochure describes the purpose of the instrument, the principle of its action, the construction and installation of the instrument, experiments with the instruments, and the rules for acceptance.

1. ZHOKHOVSKII M. K. and RAZUMIKHIN V. N., Pressure measurement. Instruments, their verification, and measurement methodology, 208 pp., 101 figs., ONTI, Sector of Standards and Literature on Standardization, M—L., 1937, price 5 rub. 50 kop., print run 2000.

The book describes all the most commonly used instruments for measuring pressure, with the exception of instruments used in medicine. Contents (by sections): I — Introduction (7–11), II — Measurement of excess pressure (12–160), III — Measurement of absolute pressure (161–172), IV — Measurement methodology (173–192), V — Verification of instruments (193–204).

1. KIRYANOV R. N., Methodology for investigating a crystalline substance by means of a polarizing microscope, 80 pp., 70 figs., Publishing House of Sverdlovsk State University, 1937, price 5 rub., print run 650.

The guide covers all the basic questions of working with a polarizing microscope, both in parallel and in convergent light. Of the theoretical questions, only those are considered that have a direct bearing on the operation being studied under the microscope. In passing, the author briefly sets forth the basic theoretical propositions concerning the formation of interference figures, the phenomenon of dispersion, etc.

1. KOSMODEMYANSKII A. A., Vortex resistance of theoretical profiles, 58 pp., 30 figs., Proceedings of the Central Aero-Hydrodynamic Institute named after Prof. N. E. Zhukovsky, Issue 317, Institute Publishing House, M., 1937, price 1 rub. 90 kop., print run 750.

The work is devoted to the theoretical development of the question of calculating the part of frontal resistance caused by vortex formations behind a moving body. The author calculates the vortex resistance of a circular cylinder for laminar, transitional, and turbulent regions of flow and solves the problem of the vortex resistance of a series of elliptic cylinders and a series of symmetrical wings.

1. (KRYLOV A. N., acad.), Collected works of Academician A. N. Krylov, V, Mathematics and Mechanics, IV+575 pp. with figs. (Academy of Sciences of the USSR), Publishing House of the Academy of Sciences of the USSR, M.—L., 1937, price 20 rub., binding 2 rub., print run 1500.

Among the works: Approximate numerical integration of ordinary differential equations (1–92), On strengthening solutions of equations that in technical questions determine the frequencies of small oscillations of material systems (93–138), On the application of the method of successive approximations to finding the solution of certain differential equations of oscillatory motion (139–180), On determining the critical speed of a rotating shaft (363–390), On the propagation of current along a cable (391–418),

Heating of an oil-filled cable during a short circuit (419—435),
On the dynamic balancing of gyroscope rotors (459—494),
On inertial forces and d’Alembert’s principle (495—511).

1. (KRYLOV A. N., Acad.), Collected Works of Academician A. N. Krylov, Supplement to vols. V and VI, VIII+248 pp., 25 figs. (Academy of Sciences of the USSR), Publishing House of the Academy of Sciences of the USSR, Moscow—Leningrad, 1937, price 9 rub., binding 2 rub., print run 1500.

The book contains a translation made by Acad. A. N. Krylov from the Latin of the first part of book one and extracts from the second and third parts of Leonard Euler’s work “A New Theory of the Motion of the Moon.” In it Euler, considering the motion of the Moon in rectangular coordinates, obtains, for the determination of these coordinates, differential equations that represent a very general case of the equations of oscillatory motion of material systems.

1. MENDELEEV D. I., Works, vol. IV, Solutions, under the general editorship of Acad. V. E. Tishchenko, volume curator Prof. V. Ya. Kurbatov, VIII+562 pp. with figs. (Academy of Sciences of the USSR), ONTI, Khimteoret, L., 1937, price 12 rub., binding 2 rub., print run 3000.

The book reprints D. I. Mendeleev’s doctoral dissertation “On the Combination of Alcohol with Water” (1—152), his course of lectures on theoretical chemistry “Solutions” (225—271), the study “Dependence of the Specific Gravity of Solutions on Composition and Temperature” (279—383), translations of a number of articles printed in foreign journals, extracts from the 1st, 5th, 6th, and 7th editions of Principles of Chemistry, and extracts from the minutes of meetings of the chemistry section of the Russian Physico-Chemical Society.

19. NASLEDOV D. N., Prof., Physics of Ionic and Electronic Processes*, 314 pp., 139 figs., ONTI, Main Editorial Office of Technical-Theoretical Literature, L.—M., 1937, price 4 rub. 75 kopecks, binding 1 rub. 50 kopecks, print run 4000.

The book is a preparatory course for the study of theoretical physics. It brings together experimental material that lies at the foundation of modern atomic physics. Descriptions of experiments are accompanied by an exposition of the theory and by detailed derivations of the necessary formulas. Some chapters, developed more deeply in special courses, are treated less fully in the book. The first part is devoted to ions and electrons, and the second to waves and quanta.

20. ROSENBERGER F., History of Physics*, translated from the German under the editorship of I. Sechenov, newly revised by V. S. Gochman, Part Two, History of Physics in Modern Times, second edition, 312 pp., 14 plates. ONTI, Main Editorial Office of Technical-Theoretical Literature, M.—L., 1937, price 7 rub., binding 1 rub. 50 kopecks, print run 8000.

The book covers the history of the physical sciences (physics, mechanics, astronomy, geophysics and, in part, chemistry) approximately from 1600 to 1780. The author divides this epoch into 4 periods: the rise of the new physics (from 1600 to 1650), the predominance of experimental physics (from 1650 to 1690), the predominance of mathematical physics (from 1690 to 1750), and the period of frictional electricity (from 1750 to 1780). The works of those scholars on whom modern science is largely based are presented in considerable detail, as are certain physical theories that had enormous importance for their time but have lost it for our time.

21. SLYUSAREV G. G., Methods for Calculating Optical Systems*, 698 pp., 331 plates, ONTI, Main Editorial Office of Technical-Theoretical Literature, L.—M., 1937, price 13 rub. 50 kopecks, binding 2 rub., print run 2500.

The book is the first attempt to give a systematic exposition of the methods and techniques for calculating the optics of all existing systems, taking into account data obtained over a number of years in the computational

bureau of the State Optical Institute. Contents (by chapters): I — Calculation of the path of rays through centered optical systems (5–59), II — Theory of aberrations of a centered optical system (60–182), III — Aberrations of the 3rd order of systems of infinitely thin lenses (183–251), IV — Preliminary calculation of the construction of optical systems (252–276), V — Calculation of optical systems on the basis of the theory of aberrations of the third order (277–309), VI — Prisms (310–339), VII — Calculation of telescopic systems (340–438), VIII — Photographic and projection objectives (439–514), IX — Magnifiers and microscopes (545–576), X — Calculation of systems with aspherical surfaces (577–610), XI — Optical systems for astronomical instruments (611–625), XII — Optical systems not belonging to the preceding groups (626–647), XIII — Diffraction theory of image formation (648–675), XIV — Optical constants of glasses and of certain other materials (676–694).

22. SRETENSKY L. N., Theoretical Investigation of Wave Resistance, 56 pp., 6 plates, Publications of the Central Aero-Hydrodynamic Institute named after Prof. N. E. Zhukovsky, Issue 319, Institute Publishing House, Moscow, 1937, price 1 rub. 75 kopeks, print run 1500.

The work contains a new derivation of Michell’s formula for the wave resistance of a ship moving over the surface of a liquid of infinite depth. On the basis of this formula, formulas are established for calculating the wave resistance of a ship moving in an infinitely deep channel and in a channel of finite depth.

23. TELESHIN R. V., Manual for Practical Classes in Physics, 118 pp., 91 figs., Publishing House of the 2nd Moscow Medical Institute, 1937, price 3 rub. 50 kopeks, print run 2000.

The book contains 49 problems covering all branches of physics. In the section devoted to each of these problems, the instruments and accessories required are listed, formulas are given, and methodological instructions for carrying out the problem are provided.

*24. KHVOSTIKOV I. A., The Glow of the Night Sky, 168 pp., 44 figs. (Academy of Sciences of the USSR), Popular-Science Series, Publishing House of the Academy of Sciences of the USSR, Moscow–Leningrad, 1937, price 3 rub. 50 kopeks, print run 5225.

The author attempts systematically to present all the basic material on the glow of the night sky and to illuminate the problems that have arisen as a result of many years of study of this phenomenon. Contents of the book (by chapters): I — The first works on the glow of the night sky (5–18), II — The green line (19–42), III — Spectra of the glow of the night sky (43–80), IV — Photometric analysis of the glow of the night sky (81–115), V — Polarization of the glow of the night sky (116–126), VI — Theory of the glow of the night sky (127–162).

25. CHATKIN M. R., Ruhmkorff Coil (K. R. 150), 16 pp., 13 figs., Series of Practical Manuals for Educational Visual Aids, No. 15, People’s Commissariat of Education of the RSFSR, Uchpedgiz, Moscow, 1937, price 30 kopeks, print run 5000.

26. CHATKIN M. R., Ruhmkorff Coil (K. R. 50), 14 pp., 9 figs., Series of Practical Manuals for Educational Visual Aids, No. 16, People’s Commissariat of Education of the RSFSR, Uchpedgiz, Moscow, 1937, price 30 kopeks, print run 5000.

The brochures describe the purpose of Ruhmkorff coils that give sparks 150 and 50 cm long, their construction and arrangement, the principle of operation, experiments performed with their aid, operating instructions, and conditions for reception.

*27. SCHAEFER CLEMENS, Theoretical Physics, Volume III, Part One, Electrodynamics, translated from the German by G. M. Katto and N. N. Malov, edited by Prof. K. F. Teodorchik, 393 pp., 98 drawings, ONTI, Main Editorial Office of Technical-Theoretical Literature, Moscow–Leningrad, 1937, price 7 rub.; bound 1 rub. 50 kopeks, print run 5000.

The book contains an exposition of Maxwell’s classical electrodynamics. Contents (by chapters): I—Electrostatics (7–126), II—Magnetostatics (127–161), III—Steady electric current and its field (162–245), IV—General laws of nonstationary processes (246–281), V—Electrodynamics of quasi-stationary currents, VI—Electromagnetic waves in insulators and conductors.

1. Encyclopedia of Metal Physics, edited by G. Masing, Vol. I, The Metallic State of Matter, Part One, W. Dehlinger, The Structure of the Space Lattices of Metals and Alloys, G. Borelius, Physical Properties of Metals and Alloys, translated from the German by E. I. Sovz, under the editorship of A. P. Komar, 421 pp., 166 drawings, ONTI, Chief Editorial Office for Ferrous Metallurgy Literature, L.–M., 1937, price 8 rubles, binding 2 rubles, print run 4000.

In the first part of the book questions are considered concerning the structures of the crystal lattices of metals and alloys, the conditions for the existence of various structures, and also certain processes connected with the existence and decomposition of solid solutions. The second part is devoted to the fundamentals of the metallic state—to the various physical properties (bulk, thermal, elastic, magnetic, electrical conductivity, thermal conductivity, etc.) of metals and alloys, their interrelations, and some elements of the theory of metals.

1. YAKOVLEV K. P., Prof., The Problem of Energy and Recent Work in the Field of Artificial Transmutation of Elements, 16 pp., 5 figs. (Series “University of Physical Chemistry and Energetics named after Academician N. D. Zelinsky”), VSNITO, Moscow, 1937, no price, print run 2000.

A lecture intended for engineers.

b) Proceedings of Institutes

1. Problems of the Theory of Alternating Currents, edited by Prof. A. E. Kaplyansky, II+76 pp. with figs. (Electrotechnical Institute of Communications in Leningrad, Department of the Theory of Alternating Currents), State Publishing House for Communications Engineering, L.–M., 1937, price 5 rubles, print run 1200.

Contents: A. E. Kaplyansky, Power vectors in the theory of alternating currents (2–6), S. G. Ginzburg, Analysis of current resonance for a parallel-series connection (7–15), S. G. Ginzburg, Energy relations in current resonance (16–25), L. D. Goldstein, On one simplification in the calculation of a load connected in star (26–27), S. G. Ginzburg, Investigation of voltage resonance when \(L\) is varied by means of a circular diagram (28–30), A. E. Kaplyansky, Inverse networks (31–42), S. G. Ginzburg, Magnetic energy of the mutual-induction flux (43–46), V. V. Romanovsky, Determination of the harmonic content of current from the characteristic of iron (47–50), L. D. Goldstein, On the question of the treatment of an elementary filter (51–55), L. D. Goldstein, Natural oscillations of circuit networks (56–59), A. E. Kaplyansky, A simple method for calculating transient processes in branched networks (60–61), Ya. S. Itskhoki, Charge of a condenser by a rectified pulsating voltage (62–69), G. Ya. Pines, Exercises and problems in the theory of alternating currents (70–73), G. Ya. Pines, Demonstrations for the course in the theory of alternating currents (74–76).

1. Proceedings of the State Optical Institute (Travaux de l’Institut d’Optique à Leningrad), Vol. XII, issue 104, 46 pp., 23 drawings in the text and 1 table, ONTI, Chief Editorial Office of Technical-Theoretical Literature, L.–M., 1937, price 1 rub. 25 kop., print run 500.

Contents: I. A. Khvostikov, Fluorescence of solutions of platinum-cyanogen salts (dissertation).

c) Physical Journals

32—33. Acta Physicochimica U.R.S.S. Editor E. Schpolsky Vol. VII, No. 1, 1937, pages 1—148 with fig. The State Scientific and Technical Press — ONTI, Moscow, Price 1 dollar.

Contents: A. Terenin and R. Tshubarov, The Inner Recombination in the Photodissociation of Polyatomic Molecules (1—26), W. Tschulanowsky, The Structure of Electronic Shells of Diatomic Homopolar Molecules (27—48), S. Wawilow, Some Considerations of the Molecular Viscosity of Liquids (49—64), V. Kondratiev and M. Ziskin, The Spectrum of the Hydrogen Flame (65—74), S. Kaftanow, W. Wassiliew and J. Syrkin, Dielectric Polarisation of Iodine Solutions (75—84), Nathalie Bach and A. Rakow, Electrochemistry of Platinum Sols. II (85—94), A. Wahramian und S. A. Alemanian, Beziehungen zwischen der Zahl der sich bildenden Kristallisationskerne und der Elektrolytkonzentration bei der Elektrolyse (95—100), A. Rubinstein, Parallele Reaktionen und spezifische Eigentümlichkeiten von Mischkatalysatoren (101—120), K. Ablesowa and T. Zelinskaja, The Promotion of Nickel Layers by Oxygen (121—126), H. Hellmann und M. Mamotenko, Die Bestimmung von Elektronenaffinitäten und Valenzzuständen mit Hilfe neuer Interpolationsformel in der Theorie komplexer Spektren (126—147).

Vol. VI, No. 2, 1937, Pages 149—316 with Fig. and 1 Plate.

Contents: N. Prileshajewa, Über die selektive Auslöschung kontinuierlicher Fluoreszenzspektren (149—162), N. Prileshajewa und A. Klimowa, Sensibilisierte Fluoreszenz von Anilin- und Benzoldampf (163—170), S. Tibilov, Die Auslöschung der Fluoreszenz angeregter HgHal-Moleküle durch Fremdgase (171—192), A. Sidorova, The Spectra of Light Scattered by the Crystals of Acetic Acid, Bromoform and Cyclohexane (193—200), N. Brejneva, S. Roginsky und A. Schilinsky, Kinetik des isotopen Brom­austausches zwischen Aluminiumbromid und Äthylbromid (201—206), E. Fodiman und V. Kargin, Die Änderung des ε-Potentials bei der Koagulation des As₂S₃-und Ag-Sole mit Elektrolyten (207—220), G. Gimmelman and M. Neumann, The Influence of Methyl Nitrite on the Oxidation of Methane and Ethane (221—246), W. Roiter und R. Jampolskaja, Über den Mechanismus der Prozesse an der Sauerstoffelektrode (247—260), L. Pissarjewsky, R. Korabelnik und E. Rynskaja, Die kombinierte Wirkung von Strahlung und Katalysator, I (261—288), L. Pissarjewsky, S. Tschreiaschwilli und G. Ssawtschenko, Die Wirkung der Röntgenstrahlen auf den Katalysator während seiner Tätigkeit (289—295), S. Elowitz und S. Roginsky, Über den Mechanismus der Oxydation von Kohlenmonoxyd an MnO₂. V (295—310), Letters to the Editor (311—316).

34—37. Journal of Technical Physics. Responsible editor Acad. A. F. Ioffe, Vol. VII, issue 11 (June 15), pp. 1139—1234 with figures in the text and on inserts (Administration of Higher Schools of the People’s Commissariat of Education of the RSFSR, Scientific-Research Sector of the People’s Commissariat of Heavy Industry), ONTI, L.—M., 1937, price 1 rub. 75 kopecks, print run 2850.

Contents: V. N. Kessenikh, Questions in the Study of the Ionosphere and Solar Eclipses (1141—1152), V. G. Denisov, On Methods of Double Scanning in Television (1153—1169), K. Vulfson, On a Magnetic Amplifier (1170—1174), N. D. Morgulis and A. M. Patiukha, On the Question of Spraying Thermoelectronic Cathodes under Gas Discharge (1175—1188), P. V. Sharavsky, Aging of Cuprous-Oxide Rectifiers (1189—1193), M. A. Levitskaya, U. I. Frankfurt and P. V. Cherpakov, Methods for Determining the Inertia of Thermoelements (1194—1198), N. B. Vargaftik, Dependence of the Coefficient of Thermal Conductivity of Gases and Vapors on pressure,

… (1199–1216), P. V. Kichaev, The Use of Electrothermal and Hydrodynamic Analogies for Solving the Plane Problem of the Theory of Elasticity (1217–1219), V. G. Kastrov, Absorption of Radiant Energy in a Stack of Glass Plates (1220–1224), Letters to the Editors and Discussions (1225–1226), Chronicle (1227–1228), Bibliography (1229–1234).

Vol. VII, issue 12 (June 30), pp. 1235–1318 with illustrations, print run 2900.

Contents: V. N. Kessenikh, N. D. Bulatov, G. M. Bervald and V. G. Deniskov, Ionospheric Observations during the Total Solar Eclipse of June 19, 1936, in the City of Tomsk (1237–1252), E. A. Kopilovich, On the Calculation of Natural Frequencies of Non-Uniform Lines with Distributed Constants (1253–1255), N. N. Ryabinin, On Oscillations of the Resistance of a Single Carbon Contact (1256–1263), N. N. Ryabinin, On Thresholds of Excitation and the Microphone Action of a Single Carbon Contact (1264–1267), S. S. Serebkov, The Theory of a Thermoelement in Connection with the Measurement of Reverberation (1268–1272), P. A. Matveev and A. V. Rimsky-Korsakov, A Study of the Influence of Internal Friction on the Quality of Wood for the Soundboards of Musical Instruments (1273–1282), G. P. Mikhailov, The Influence of Temperature on the Dynamic Piezoelectric Modulus of Rock Salt (1283–1287), F. L. Burmistrov, Manufacture of Grainless Photographic Grids (1288–1291), N. P. Bogoroditsky and I. D. Fridberg, On the Question of the Hygroscopicity of Solid Dielectrics (1292–1303), V. S. Anastasevich and S. P. Panfilov, Dynamic Testing of Soft Materials (1304–1310), Letters to the Editors and Discussions (1311–1312), Bibliography (1312–1318).

Vol. VII, issue 13 (July 15), pp. 1319–1414 with illustrations and 3 inserts, print run 2900.

Contents: E. A. Gailish, On the Thermal Breakdown of Solid Dielectrics at High Frequency (1321–1328), V. P. Bobrikov, The Angular Effect of Valve Photocells (1329–1332), I. S. Freivert and N. B. Berdnikov, A New Method for Producing Selenium Valve Photocells (1333–1336), E. Putseiko, Light Measurements with Selenium Photovoltaic Cells of the Valve Type (1337–1345), V. L. Ginzburg and A. L. Levington, Stereoscopic Cinema by the Method of Color Anaglyphs (1346–1357), I. T. Sokolov, Power Absorbed by Quartz Vibrators during Ultrasonic Oscillations of Various Intensity (1358–1362), Yu. Terminassov and L. Larson, X-ray Study of the Structure of Rails (1363–1370), V. Karchagin, On the Preparation of a Bimetallic Plate of the Raley Zone from Al as Condenser Lenses for X-rays (1371–1373), A. A. Kuznetsov, Magnetic Properties of Austenitic Steels before and after Nitriding (1374–1380), A. A. Nekrasov, Determination of the Compression Modulus of Certain Dispersed Solids of a Double Balanced Pendulum (1381–1388), T. Klassen, Preliminary Experiments on the Optical Study of Temperature Fields in a Liquid by the Grating Method (1389–1398), V. G. Bulychev, A Method for Measuring Pressure in Ground Waters of Clayey Soils (1399–1403), P. G. Deineka and P. P. Zhdanovich, A Photographic Method for Measuring the Speed of Fall of a Ball in a Viscous Medium (1404–1405), N. A. Nasedkin, Limit of Application of a Hydro-Aerostatic Dynamometer for Measuring Stresses in Soil under Short-Term Loading (1406–1409), Bibliography (1410–1414).

Vol. VII, issue 14 (July 30), pp. 1415–1501 with illustrations and 1 insert, print run 2900.

Contents: L. A. Glikman, The Influence of Initial Compressive Stresses on Fatigue Resistance (1417–1433),

ANNOTATED INDEX OF THE LITERATURE ON THE PHYSICAL SCIENCES

L. A. Glikman, The influence of cyclic impact action under unilateral stretching and compression on the brittle strength of steel (1434–1451), G. I. Pokrovskii and V. G. Bulychev, On determining the thawing time of frozen soils (1452–1461), G. P. Belgovskii, Investigation of the inertia of gas-filled photoelements (1462–1467), V. Kasatochkin and V. Kotov, X-ray study of the structure of potassium persulfate K₂O₂ (1468–1475), Yu. B. Khariton, On the question of the separation of gases by centrifugation (1476–1478). N. I. Preobrazhenskii, Noise loudness levels in passenger railway cars (1479–1485), Bibliography (1486–1501).

1. Journal of Experimental and Theoretical Physics, Managing editors Acad. A. F. Ioffe and Acad. L. I. Mandelstam, Vol. 7, issue 6 (June), pp. 691–818 with figs. and 1 table. (Research Sector of the USSR People’s Commissariat of Heavy Industry, Administration of Higher Schools of the People’s Commissariat of Education of the RSFSR), ONTI, L.–M., 1937, price 2 rub. 25 kop., print run 2500.

Contents: N. Perfil’eva and E. Fedorov, Scattering of photoneutrons of beryllium by light nuclei (691–693), G. I. Zatsepkin, Scattering of beryllium photoneutrons by deuterium (694–695), V. B. Tissa, Formation of electron pairs in radioactive decay (696–713), V. S. Fursov, On density fluctuations in a Fermi gas (714–732), V. Fabrikant, F. Butaeva and I. Tsirg, Absolute concentration of excited atoms in a mercury discharge of low pressure (733–740), I. L. Fabelinskii, On the ratio of intensities of certain lines of the mercury spectrum (741–749), Sh. Sh. Shekhter, Neutralization of positive ions and the knocking out of secondary electrons (750–763), S. K. Moralev, Determination of Townsend’s ionization coefficient $\alpha$ taking into account separate elementary processes (764–779), N. Ya. Myagkov, The simplest software thermostat (780–784), A. D. Aleksandrov, Errors of colorimetric measurements and the metric of color space (785–791), A. G. Kolesnikov, Application of an optical method to the study of temperature fields in heated plates under conditions of free flow (792–807), A. A. Izakson, The occurrence of turbulent motion of an incompressible fluid without the formation of discontinuity surfaces? (808–817), V. Bobolev and Yu. Khariton, The occurrence of detonation in HCl₃ under the action of ultrasonic vibrations (818).

1. Proceedings of the Academy of Sciences of the USSR, Division of Mathematical and Natural Sciences, Physical Series (Bulletin de l’Académie des Sciences de l’URSS, Classe des Sciences Mathématiques et Naturelles, Serie Physique), Managing editor Acad. A. E. Fersman, 1937, No. 2. Materials of the session of the Physics Group of the Academy of Sciences of the USSR devoted to questions of spectral analysis and its applications, December 22, 1936, pp. 97–260, with figs. in the text and in tables, Publishing House of the Academy of Sciences of the USSR, M., 1937, price 6 rub., print run 2600.

Contents: G. S. Landsberg, Paths of development of spectral analysis (101–112), V. K. Prokof’ev, Application of spectral analysis in the study of minerals and ores (113–126), S. L. Mandelstam, Application of spectral methods to the analysis of metals (127–147), Debates (148–179), V. K. Prokof’ev, Concluding remarks (180), Resolution of the session... (181–182), V. L. Levshin, Study of the spectra of absorption and luminescence of uranyl salts and their solutions (185–206), A. Zaidel, N. Kremenevskii and Ya. Larionov, On the structure of the fluorescence bands of aqueous solutions of terbium salts (207–211), M. A. Konstantinova-Shlezinger, Results of determining the ozone content in air by the fluorescence method (213–222), S. M. Rytov, Diffraction of light at ultrasonic waves (223–259).

ANNOTATED INDEX OF THE LITERATURE ON THE PHYSICAL SCIENCES

40—41. Physikalische Zeitschrift der Sowjetunion, Herausgegeben von Volkskommissariat für Schwerindustrie der UdSSR. Verantwortw. Redakteur A. Leipunsky, Band 11, Heft 5, 1937, S. 465—570 mit Fig. Staatsverlag für Theorie und Technik—ONTI, Moskau, no price, circulation 1700.

Contents: A. Prikhotko, The Absorption Spectrum of Solid Oxygen in the Far Red (465—477), A. Achieser und I. Pomeranchuk, Kohärente Streuung von γ-Strahlen an Kernen (478—497), A. Schuchovitzky und M. Olewsky, A Method of Solving the Differential Equations of Wave Mechanics (498—512), B. W. Bogdanowich, The Theory of Fine Structure in the X-Ray Absorption Spectra of Triatomic Molecules (513—525), W. I. Romanow und I. A. Elzin, Dielektrizitätskonstanten von Lösungen einiger Alkohole in Benzol (526—538), N. N. Malov, Über die Messungen der Belastung einer Doppelleitung nach der Methode von Roosenstein-Tatrinov bei ultrahohen Frequenzen (539—544), L. Landau, Zur Theorie der Phasenumwandlungen, II (545—555), L. Landau, Zur statistischen Theorie der Kerne (556—565), Briefe, vorläufige Mitteilungen und Diskussionen (566—570).

Band 11, Heft 6, S. 571—675 mit Fig. u. Tafeln.
Contents: W. W. Kondoguri, Kristallisation des unterkühlten Schwefels im magnetischem Feld (571—575), W. Fabrikant, F. Butaewa und I. Zirg, Optische Untersuchungen der Entladung in Metalldämpfen, IV (576—589), D. Ivanenko und A. Sokolov, Bemerkungen zur zweiten Quantelung der Dirac-Gleichung (590—596), F. Kondorski, On the Nature of Coercitive Force and Irreversible Changes in Magnetisation (597—620), D. B. Gogoberidse, Über die Mosaikstruktur beim Steinsalz (621—626), S. Arzybaschew und B. Wesker, Anodendendrite in Alkalihalogenidkristallen (627—635), S. A. Arzybaschew, Über die Wanderung der Fremdionen in Alkalihalogenidkristallen (636—646), L. N. Dobrevow, Electric Field Influence on Surface Ionisation (647—659), Briefe, vorläufige Mitteilungen und Diskussionen (660—671).

42—43. Technical Physics of the USSR, Editor A. Ioffe, Vol. VI, No 5, 1937. Pages 339—430 with Fig., State Technical-Theoretical Press, 1937, circulation 875.

Contents: N. Vargaftik, The Dependence of the Coefficient of Thermal Conductivity of Gases and Vapours on the Pressure (341—360), L. Alifanova und S. Rajsky, Verwendung eines nicht geeichten Stufenkeiles bei qualitativer Spektralanalyse (361—364), N. Torocheshnikov, Isotherms and Isobars of the Nitrogen-Carbon Monoxide System (365—369), O. Bronn and V. Alexandrov, An Apparatus for Accelerated Kinematography (370—376), A. Kurtener (A. Courtener) et A. Chudnovskij, Appareil pour la détermination de la variation du coefficient de conductivité thermometrique des corps dispers (377—379), L. Demkina, An Instrument for Controlling the Decolouration of Glass (380—382), V. Denisov, Methods of Two-way Scanning in Television (383—403), L. Gutin, Über das Schallfeld des Kolbenstrahlers (404—413), A. Brüchanov, Kristallographische Gesetzmässigkeiten der allotropen Umwandlungen von α in γ-Eisen (414—424), Chronicle (425—427), Bibliography (428—430).

Vol. VI, No 6, Pages 431—511 with Fig.
Contents: E. Ikonnikov, On the Dynamics of Symmetrical Flight of an Aeroplane (433—437), L. Strazhevsky, The Spray Range of Liquid Fuel in an Opposing Air Flow (438—447), T. Klassen, Vorläufige Versuche zur optischen Untersuchung von Temperaturfeldern in Flüssigkeiten mit Hilfe eines Gitters (448—460), G. Michailov, The Influence of Temperature on the Dynamic Piezo-Modulus of Rochelle Salt (461—465), V. Kessenikh, H. Baerwald, N. Bulatov and

V. Denisov, Observations of the Ionosphere during the Total Eclipse of the Sun of June 19th, 1936 in the Town of Tomsk (466—484),
G. Grünberg, Über den Anfangsstrom, der durch eine Elektronenröhre beim plötzlichen Anlegen einer Stossspannung fliesst, II (485—492),
A. Beljavsky, Glimmlichtgleichrichter (493—502), B. Wwedensky, On Bell’s Discussion of our Article “The Stabilisation of Oscillators by Systems with Distributed Constants” (503—504), Chronicle (505—509), Bibliography (510—511).

g) Articles in journals of general character and in other specialties

1. Arkad’ev V. K., Corresponding Member of the Academy of Sciences of the USSR, On the development of the theoretical foundations of defectoscopy, Izvestiya Akademii nauk SSSR, Otdelenie tekhnicheskikh nauk, No. 2, 233—240, 1937.

2. Arkad’ev V. K., Corresponding Member of the Academy of Sciences of the USSR, Dispersion band and skin effect in sinusoidal and transient fields, Doklady Akademii nauk SSSR, 16, No. 1, 35—40, 1937.

3. Arkad’ev V. K., Corresponding Member of the Academy of Sciences of the USSR, Continuous magnetic spectrum of transformer iron in the audio-frequency region, Izvestiya Akademii nauk SSSR, Otdelenie tekhnicheskikh nauk, No. 1, 71—77, 1937.

4. Arkhangel’skii A. D., Mikhailov A. A., Fedynskii V. V. and Lyustikh E. N., The geological significance of anomalies of the force of gravity in the USSR, Izvestiya Akademii nauk SSSR, Otdelenie matematicheskikh i estestvennykh nauk, Seriya geologicheskaya, No. 4, 701—742, 1937.

5. Arkhangel’skii B. F., Disturbance of normal conditions in the ionosphere at high latitudes, Meteorologiya i gidrologiya, 3, No. 6, 66—74, 1937.

6. Belyaev N. M., Theory of plastic deformations, Izvestiya Akademii nauk SSSR, Otdelenie tekhnicheskikh nauk, No. 1, 49—70, 1937.

7. Borovik S. A. and Borovik-Romanova T. F., On the change in the intensity of the lines of titanium and vanadium upon introducing Na and K salts into the arc, Doklady Akademii nauk SSSR, 15, No. 9, 535—537, 1937.

8. Burmistrov F. L., Manufacture of seamless photographic screens, Optiko-mekhanicheskaya promyshlennost’, 7, No. 7 (75), 18—19, 1937.

9. Bykhovskii B., The methodology of Descartes, Front nauki i tekhniki, No. 7, 4—20, 1937.

10. At the Institute of Physical Problems, Vestnik Akademii nauk SSSR, 7, No. 4—5, 83—84, 1937.

11. Vavilov S. I., Acad., A method for determining the true polarization of fluorescence of solutions at high concentrations, Doklady Akademii nauk SSSR, 16, No. 5, 263—266, 1937.

12. Vavilov S. I., Acad., In memory of P. N. Lebedev, Priroda, 26, No. 5, 94—96, 1937.

13. Vavilov S. I., Acad., Concerning the book by Acad. V. F. Mitkevich “Fundamental Physical Views,” Pod znamenem marksizma, 16, No. 7, 56—63, 1937.

14. Vavilov S. I., Acad., Glukhov P. G. and Khvostikov I. A., Depolarization of fluorescence of solutions at high concentrations, Doklady Akademii nauk SSSR, 16, No. 5, 267—269, 1937.

15. Veinberg K. B., The positions of the magnetic poles of the terrestrial globe, Izvestiya Akademii nauk SSSR, Otdelenie matematicheskikh i estestvennykh nauk, Seriya geograficheskaya i geofizicheskaya, No. 2, 239—254, 1937.

16. Vekua I. N., Complex representation of the general solution of the equations of the stationary plane problem of the theory of elasticity, Doklady Akademii nauk SSSR, 16, No. 3, 163—168, 1937.

17. Verner A. A. and Zhabin A. S., Measurement of the amplitude of small oscillations by means of light interference, Optiko-mekhanicheskaya promyshlennost’, 7, No. 5, (73) 3—4, 1937.

18. Verner A. A. and Zhabin A. S., On the accuracy of the Obreimov method in measurements of the refractive indices of lenses, Optiko-mekhanicheskaya promyshlennost’, 7, No. 7 (75), 6—10, 1937.

1. Vernov S. Investigation of cosmic rays at the North Pole, Meteorology and Hydrology, 3, No. 6, 92–93, 1937.

2. Vorob’ev A. A. Lightning, Science and Life, No. 7, 21–26, 1937.

3. Gavrilenko V. A. Additional considerations on the question of the basic hypothesis for the distribution of velocities in turbulent uniform motion of a fluid, Reports of the Academy of Sciences of the USSR, 16, No. 3, 169–172, 1937.

4. Gamburtsev G. A. Some questions of the theory of seismic-prospecting apparatus, Bulletin of the Academy of Sciences of the USSR, Division of Mathematical and Natural Sciences, Geographical and Geophysical Series, No. 2, 255–268, 1937.

5. Genki G. K. The spatial problem of elastic and plastic equilibrium, Bulletin of the Academy of Sciences of the USSR, Division of Technical Sciences, No. 2, 187–196, 1937.

6. Grechishkin S. V. Microradiography, Nature, 26, No. 5, 3–11, 1937.

7. Gurovich M. A. and Karyakina N. V. Application of X-ray structural analysis to the investigation of high-speed steel, Factory Laboratory, 6, No. 7, 844–849, 1937.

8. Gurovich E. I. On the question of the presence of films on metals, Reports of the Academy of Sciences of the USSR, 15, No. 9, 543–546, 1937.

9. Győ M. and Goldshmidt B. On the iodine isotopes—the radioiodine \(J^{128}_{53}\) and the iodine \(J^{127}_{53}\) of organic chemistry, 6, issue 5, 738–740, 1937.

10. Debye P. Dielectric properties of pure liquids, Advances in Chemistry, 6, issue 5, 650–661, 1937.

11. Debye P. Methods for determining the electrical and geometrical structure of molecules (Nobel lecture), Advances in Chemistry, 6, issue 5, 633–649, 1937.

12. Deryagin B. On a new effect connected with the rotation of the Earth, Bulletin of the Academy of Sciences of the USSR, Division of Mathematical and Natural Sciences, Geographical and Geophysical Series, No. 2, 269–272, 1937.

13. Doladze D. E. On certain cases of rotation of a viscous incompressible fluid, Bulletin of the Academy of Sciences of the USSR, Division of Technical Sciences, No. 2, 197–208, 1937.

14. Zhongolovich I. Gravimetry at the Pole, Meteorology and Hydrology, 3, No. 6, 89–92, 1937.

15. Zhongolovich I. D., prof. Determination of the force of gravity at the Pole, Science and Technology, 15, No. 12 (610), 4–6, 1937.

16. Zonnenstrahl A. Blaise Pascal, Knowledge is Power, 12, No. 8, 20–23, 1937.

17. Zubov N. N., prof. Polar auroras, Pioneer, No. 7, 31–37, 1937.

18. Ioffe A. V. and Ioffe A. F., acad. Electronic semiconductors in strong electric fields, Reports of the Academy of Sciences of the USSR, 16, No. 2, 77–83, 1937.

19. Kamenetskii M. O., eng. “Attraction” of lightning to the Earth’s surface, Science and Technology, 15, No. 15 (613), 7–8, 1937.

20. Kol’man E. Physics and philosophy (On the discussion in the pages of “Naturé”), Under the Banner of Marxism, 16, No. 7, 64–80, 1937.

21. Kravets T. P., prof. In memory of Petr Nikolaevich Lebedev, 1912–14 (1) March—1937, Nature, 26, No. 5, 97–103, 1937.

22. Krat V. On the question of the expansion of the universe, Proceedings of the Physico-Mathematical Society and of the Scientific Research Institute of Mathematics and Mechanics at Kazan University named after V. I. Ulyanov-Lenin, Vol. VIII, ser. 3, 3–21, 1936–37.

23. Kupradze V. D. On the investigation of electromagnetic oscillations in a plane inhomogeneous field, Reports of the Academy of Sciences of the USSR, 16, No. 3, 173–176, 1937.

24. Kupradze V. D. Solution of the general problem of diffraction of electromagnetic waves, Reports of the Academy of Sciences of the USSR, 16, No. 1, 31–34, 1937.

25. Lekhnitskii S. G. Solution of the plane problem of the theory of elasticity

…of an anisotropic body for a solid ellipse, Reports of the Academy of Sciences of the USSR, 15, No. 9, 527–530, 1937.

1. M. A., Superstrong electromagnet of Bitter, Science and Life, No. 7, 54–55, 1937.

2. Mangaradze L. G., Fundamental problems of the plane theory of elasticity for contours with corner points, Reports of the Academy of Sciences of the USSR, 16, No. 3, 156–161, 1937.

3. Maksimov A. A., On the philosophical views of Acad. V. F. Mitkevich and on the paths of development of Soviet physics. Under the Banner of Marxism, 16, No. 7, 25–55, 1937.

4. Mendel G. A. and Kuteinikov P. M., On the electrodynamics of material force, Reports of the Academy of Sciences of the USSR, 16, No. 2, 85–87, 1937.

5. Martynov D., Prof., Astronomy of our days, Front of Science and Technology, No. 5, 81–96, 1937.

6. Migalin N., On determining plumb-line deflections from anomalies in the horizontal gradient of the Earth’s gravity, Reports of the Academy of Sciences of the USSR, 16, No. 3, 177–179, 1937.

7. Migalin N., On determining the figure of the geoid from anomalies in the horizontal gradient of the Earth’s gravity, Reports of the Academy of Sciences of the USSR, 16, No. 1, 49–50, 1937.

8. Mindlin Ya. A., Boundary dynamical problem of the theory of elasticity for a circle with prescribed stresses, Reports of the Academy of Sciences of the USSR, 15, No. 9, 523–526, 1937.

9. Mindlin Ya. A., Boundary dynamical problem of the theory of elasticity for a circle with prescribed displacements, Reports of the Academy of Sciences of the USSR, 16, No. 1, 15–18, 1937.

10. Mirlis D. I., Kinetics of wetting and linear corrosion of metals in multiphase systems metal—liquid—liquid, metal—liquid—gas, IV, Reports of the Academy of Sciences of the USSR, 16, No. 5, 281–288, 1937.

11. Mitkevich V. F., Acad., The state of research work on magnetic analysis and magnetic flaw detection in the USSR and the immediate tasks of its development, Proceedings of the Academy of Sciences of the USSR, Division of Technical Sciences, No. 2, 219–232, 1937.

12. Mikhailov A., Prof., Advances in gravimetry, Front of Science and Technology, No. 7, 47–58, 1937.

13. Nekrasov N. I., Physicochemical views in the modern doctrine of photosynthesis, Advances in Chemistry, 6, issue 3, 334–379, 1937.

14. Nikolin V. I., On the study of magnetic leakage flux by the ponderomotive method, Factory Laboratory, 6, No. 7, 840–844, 1937.

15. Nikolsky B. P. and Vdovenko V. M., On the difference of electric potentials between solid halogen-silver and aqueous solutions, Reports of the Academy of Sciences of the USSR, 16, No. 2, 101–104, 1937.

16. Orlov A. Ya., Determination of lunar geomagnetic variations with the aid of calculating machines, Proceedings of the Academy of Sciences of the USSR, Division of Mathematical and Natural Sciences, Geographical and Geophysical Series, No. 2, 195–206, 1937.

17. Orlov N. M., Hot torsion tests, Factory Laboratory, 6, No. 7, 850–861, 1937.

18. Orlov S. A., Prof., Alessandro Volta (1745–1827), Science and Technology, 15, No. 15 (613), 9–10, 1937.

19. Osokin L., In Prof. Kapitsa’s laboratory, Knowledge is Power, 12, No. 8, 13–15, 1937.

20. Palchunov A. I., Radiant energy, Into the Fight for Technology, 6, No. 8, 24–26, 1937.

21. Pershin L., The origin of cosmic rays and the origin of the galaxy, Bulletin of Knowledge, No. 7, 63, 1937.

22. Petrov V. V., Application of the interference method for detecting small changes in the refractive index in glass, Optical-Mechanical Industry, 7, No. 7 (75), 15, 1937.

23. Polivanov K. M., On the choice of the fourth (electrical or

magnetic) unit in the MKS system, Izvestiya Akademii nauk SSSR, Otdelenie tekhnicheskikh nauk, No. 2, 209—218, 1937.

1. Prokofiev A. M., A Faraday ion counter, Doklady Akademii nauk SSSR, 16, No. 1, 41—43, 1937.

2. Pushkov N., The significance of magnetic and electrical investigations near the North Pole, Meteorologiya i gidrologiya, 3, No. 6, 87—89, 1937.

3. Pushkov N. V., Brunkovskaya N. S. and Abramova N. V., Comparison of magnetic activity and the activity of polar auroras from observations in Tikhaya Bay in 1932—1933, Meteorologiya i gidrologiya, 3, No. 6, 75—83, 1937.

4. Rzhevkin S. N., On the question of the wave field of a piezoceramic emitter, Doklady Akademii nauk SSSR, 16, No. 5, 275—278, 1937.

5. Rusanov A. K. and Kunina S. I., Methods of quantitative spectral analysis of solutions, Zavodskaya laboratoriya, 6, No. 7, 836—840, 1937.

6. Savin V. A., An interferometer for precise measurement of the angles of deviation of glass wedges, Optiko-mekhanicheskaya promyshlennost, 7, No. 6 (74), 1—4, 1937.

7. Saltykov S. A., A methodology of standard structures for metallographic control of steel casting, Zavodskaya laboratoriya, 6, No. 7, 827—835, 1937.

8. Sokolovsky V. V., On the calculation of a spherical shell, Doklady Akademii nauk SSSR, 16, No. 1, 19—24, 1937.

9. Starik I. E., The age of the Earth according to radioactive data, Izvestiya Akademii nauk SSSR, Otdelenie matematicheskikh i estestvennykh nauk, Seriya geograficheskaya i geofizicheskaya, No. 2, 225—238, 1937.

10. Stepanov A. V., The influence of the state of the surface on the plasticity of crystals, Doklady Akademii nauk SSSR, 15, No. 9, 539—541, 1937.

11. Timiryazev A., The scientific investigations of P. N. Lebedev, Pod znamenem marksizma, 16, No. 6, 109—115, 1937.

12. Tokmachev S., Prof., Article in the section “Scientists at Work,” Vestnik znaniya, No. 6, 56—57, 1937.

13. Ulyanov A. A., Radiations in the corrosion of metals, 1, Doklady Akademii nauk SSSR, 16, No. 4, 213—217, 1937.

14. Fabrikant V. I. and Shirok I., Probability of stepwise excitation of mercury, Doklady Akademii nauk SSSR, 16, No. 5, 271—274, 1937.

15. Feinboim I., The great magnet of the Earth, Tekhnika — molodezhi, No. 8, 6—8, 1937.

16. Feinboim I., A superstrong magnetic field, Tekhnika — molodezhi, No. 7, 28—30, 1937.

17. Fedorov E. K., Magnetic and electrical observations of a drifting station, Meteorologiya i gidrologiya, 3, No. 6, 86, 1937.

18. Fridman V. G., Prof., The longitude effect in cosmic radiation and the position of the Earth’s magnetic center, Priroda, 26, No. 5, 84—85, 1937.

19. Fridman V. G., Prof., Artificial production of a natural radioactive element, Priroda, 26, No. 5, 85, 1937.

20. Khvostikov I. A., The work of scientific expeditions on Elbrus, Priroda, 26, No. 5, 121—133, 1937.

21. Khlopin V. G., Radioactivity and the thermal regime of the Earth, Izvestiya Akademii nauk SSSR, Otdelenie matematicheskikh i estestvennykh nauk, Seriya geograficheskaya i geofizicheskaya, No. 2, 207—224, 1937.

22. Chernysh V., On the crystallization of supercooled water, Meteorologiya i gidrologiya, 3, No. 4—5, 119—123, 1937.

23. Sh. V., A new method for determining the influence of the Moon on geophysical phenomena, Vestnik Akademii nauk SSSR, 7, No. 4—5, 1937.

24. Schlesinger M., Ozone in polar air, Meteorologiya i gidrologiya, 3, No. 6, 92, 1937.

S. A. Shorygin

1. Publications marked with an asterisk are described on the basis of advance copies before these publications went on sale. ↩