Catalogue of the Library of the Tomsk Technological Institute of Emperor Nicholas II. Section 4. Astronomy and Geodesy
Abstract Generated abstract
This publication is a classified catalogue of the Tomsk Technological Institute Library holdings in astronomy and geodesy, with a short supplementary section for theoretical mechanics. It records Russian and foreign language books, articles, atlases, maps, dissertations, and reference works, giving inventory or shelf marks, authors, titles, editions, publication places, dates, and occasional notes on contents or accompanying plates. The catalogue documents the institute’s early twentieth century collection across practical and higher geodesy, surveying, topography, photogrammetry, celestial mechanics, cosmography, astronomical observation, and the history of exact sciences.
Full Text
Proceedings
of the Tomsk Technological Institute
of Emperor Nicholas II
Vol. 15. 1909. No. 3.
III.
CATALOG
of the Library of the Tomsk Technological Institute of Emperor Nicholas II
Section 4.
ASTRONOMY and GEODESY.
1—10.
Section 3.
THEORETICAL MECHANICS.
2nd Supplement.
21—23.
IV. ASTRONOMY AND GEODESY.
A. Books printed in Russian type.
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9³/₁₃. Artamonov N. D. Course of lower geodesy.
2nd ed. St. Petersburg. 1899. -
9⁵/₁₁. Baklund O. A. (Struve O. V. and). Statement by Academician O. V. Struve, read at a session of the Physical-Mathematical Section of the Academy of Sciences on September 6, 1888, and explanations presented by Acad. O. A. Baklund at a session of the same Section on September 20, concerning the account of the principal conclusions from Mr. Baklund’s scholarly works for that same year, placed by the Permanent Secretary in his report for 1887.
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9⁴/₂₁–₂₂. Bezout. Navigational or seafaring investigations.
Trans. S. Guriev; pts. 1, 2. St. Petersburg. 1790—1791. -
9⁴/₁–₃. Bik A. Course of lower geodesy.
Pt. 1, 3rd ed. 1900; pt. 2, 1892; pt. 3, 2nd ed. 1898. Moscow. -
9³/₁₄. Boguslavsky N. A. Course of geodesy and its applications to technical surveys of lines of communication.
St. Petersburg. 1897. -
9²/₇. Bolotov A. Manual for carrying out estate surveying, boundary marking, and leveling.
St. Petersburg. 1842. -
9¹/₈. Belyakov S. P. On perspective and photographic surveys of terrain in topographical relation.
1891. -
9³/₈. Belyakov S. Complete course of military topography.
5th ed. Moscow. 1894. -
67/₁₆,₁₇. Vinogradov. Geometric, projection, and situational drawing.
With an atlas of drawings. Odessa. 1902. -
9³/₃₃. Vitkovsky V. Practical geodesy.
St. Petersburg. 1898. -
9³/₃₄. Vitkovsky V. Topography.
St. Petersburg. 1904. -
9⁴/₂₆,₂₇. Herschel J. Exposition of astronomy.
Trans. I. Kruzhenstern; pt. 1. St. Petersburg. 1838. -
9²/₂₆. Glazenap S. P. To friends and lovers of astronomy.
St. Petersburg. 1904. -
9⁵/₆. Dellen V. O. On the transit of Venus across the disk of the Sun.
“Notes of the Imperial Academy of Sciences.” St. Petersburg. 1870.
Astronomy and Geodesy
8963. 9³/37. Zablotsky A. Practical geometry with application to drawing and land surveying.
St. Petersburg. 1890.
2772. 9⁴/12. Isleniev I. Observations made in Yakutsk on the occasion of the transit of Venus across the Sun.
St. Petersburg. 1769.
8955. 9⁴/28. Mercator Map of the globe,
published by the Military-Topographical Depot. 1861.
3937. 9¹/4. Klein. The past, present, and future of the universe.
A generally accessible exposition of the principal cosmological questions. Trans. K. I. Pyatnitsky. St. Petersburg. 1898.
9428. 9³/39. Kovalsky M. A. Geodesy.
Lithogr. Kazan.
9436. 9¹/27. Kovalsky M. On the determination of the elliptical orbit of a planet by means of two given radius vectors, the angle contained between them, and the time used to describe this angle.
Kazan. 1875.
7597. 9³/4. Koversky E. A. Geodesy.
Lithogr. St. Petersburg. 1892.
623. VK. 9⁴/5. Koversky E. A. On the geodetic works and structures of the Great Siberian Route.
With a map of Asiatic Russia and the adjacent territories. St. Petersburg. 1896.
5417. 9³/26. Kotelnikov S. The young geodesist, or the first foundations of geodesy, containing all geodetic knowledge, briefly presented and explained by rules and examples.
St. Petersburg. 1766.
9532. 9³/40. Krasnov A. V. Theory of solar inequalities in the motion of the Moon.
Kazan. 1894.
5194. 9¹/19. Krenke. Guide to setting out curves on ordinary and rail roads (Abstecken von Curven).
Trans. P. A. Fedorov. 2nd ed. St. Petersburg. 1898.
5346. Larionov V. A textbook on the subject of lower geodesy
with an atlas of drawings. Moscow. 1867.
2861. 9⁷/10. Lexell A. I. Study of the new planet discovered by Mr. Herschel and named George’s Star.
Trans. N. Bogaevsky. St. Petersburg. 1783.
3969. 9³/15–16. Lyubimov L. K. Lower geodesy
with an atlas of drawings. Tomsk. 1901.
1482. 9⁷/1. Lyubimov L. Verification of geodetic instruments and the principal operations in carrying out surveys.
2nd ed. Moscow. 1895.
2450. 9⁴/4. Meyer M. V. The Universe.
Astronomy in a generally accessible exposition. Trans. under the editorship of S. P. von-Glazenap. St. Petersburg. 1900.
5503. 9²/24. Mitchell O. M. The celestial luminaries, or planets and superstellar worlds.
A popular exposition of the great discoveries and theories of modern astronomy. Trans. A. Min. 2nd ed. Moscow. 1860.
8629. 9³/35. Mikhailovsky I. E. Lower geodesy.
Lithogr. Moscow. 1897.
IV. Astronomy and Geodesy.
9732. 9²/₂₈. Newcomb, S. Astronomy for Everyone.
Trans. A. R. Orbinskii. Odessa. 1905.
3177. 9³/₉. Description of the geometrical and geodetic instruments and devices kept in the museum of the Institute of Engineers of Ways of Communication of Emperor Alexander I.
St. Petersburg. 1888.
110. 9³/₇. Saveliev, R. Lectures on Geodesy.
Kiev. 1899.
7532. 9³/₂₉–₃₀. Savich, A. Course of Astronomy.
Vol. 1. Spherical Astronomy. 1874; Vol. 2. Theoretical Astronomy. 1884.
St. Petersburg.
6829. 6³/₅₂. Collection of articles by Imshenetskii, Zolotarev, Chebyshev, Andreev, Hosse, Struve, Bunyakovskii.
“Proceedings of the Imperial Academy of Sciences.” 1875–1889.
5359. 9¹/₂₂. Svetushkin, A. Proposals Serving for the Benefit of Geodesy.
St. Petersburg. 1773.
8954. 9³/₃₆. Simiashko, F. A Guide to Solving Geometrical Problems in the Field, Surveying Plans, and Leveling.
St. Petersburg. 1854.
9630. 9⁵/₁₂. Siminskii, N. N. Topographical Drawing.
Conventional signs. A manual for compiling and reading plans for students and technicians. Kiev. 1908.
3724. 9³/₁₀. Sludskii, F. A. Lectures on Higher Geodesy.
Moscow. 1894.
7748. 9⁷/₃₅. Sobolevskii, P. Brief Notes on Geodesy.
A. Introduction to Geodesy. The graphic part of practical work in geodesy and the reading of plans and maps; lithogr. Tomsk.
6063. 9⁴/₂₀. Soloviev, S. M. Course of Lower Geodesy.
Moscow. 1903.
8911. 9¹/₂₈. A Method for Drawing Angles with an Accuracy of up to 5 Minutes.
Publ. N. P. Dondykov. Moscow. 1897.
5350. 9¹/₁₆. Articles on Time and Its Various Computations from the Encyclopaedia.
Trans. V. Tuzov. St. Petersburg. 1771.
2955. 5⁷/₇. Stebnitskii, I. On the Deflection of Plumb Lines by the Attraction of the Caucasus Mountains.
Geodetic investigation. “Proceedings of the Imperial Academy of Sciences.” St. Petersburg. 1870.
3425. 9⁷/₁₃. Stebnitskii, I. I. On the Figure of the Earth.
“Proceedings of the Imperial Academy of Sciences.” St. Petersburg. 1887.
8945. 9³/₃₈. Stepanov, P. V. Leveling with Simple Instruments.
9437. 9⁵/₁₁. Struve, O. V., and Baklund, O. A. Statement of Academician O. V. Struve, read by him at the meeting of the Physico-Mathematical Division of the Academy of Sciences on September 6, 1888, and explanations presented by Acad. O. A. Baklund at the meeting of the same Division on September 20, concerning the account of the principal conclusions from the scholarly works of Mr. Baklund for that same year, placed by the Permanent Secretary in his report for 1887.
2817. 9⁶/₁–₃. Struve, F. G. W. The Arc of Meridian of 25° 20′ between the Danube and the Arctic Ocean, measured from 1816 to 1855 under the direction of K. Tenner, Chr. Hansteen, N. H. Selander, F. G. W. Struve.
Vols. 1, 2 and atlas of drawings. St. Petersburg. 1861.
4122. 9¹/₁₈. Tillo R. Practical phototopography (photogrammetry).
St. Petersburg. 1898.
9593. 9³/₄₁. Fabricius V. The principle of Jacobi and its application to theoretical astronomy.
Kiev. 1893.
5502. 9²/₂₃. Flammarion. The Heavenly Luminaries.
Moscow. 1875.
4158. 9³/₁₂. Khandrikov M. Theory of the figure of the earth.
Higher geodesy. Kiev. 1900.
3179. 9³/₁₁. Tsinger N. Course of higher geodesy.
St. Petersburg. 1898.
4918. 9³/₂₅. Sharngorst K. Introduction to astronomy.
St. Petersburg. 1892.
3412. 9⁷/₁₆. Shvedov F. N. Cosmology of the end of the nineteenth century.
Speech. Kiev. 1898.
3457. 9⁷/₃. Schubert F. Th. A guide to astronomical observations serving to determine the longitude and latitude of places.
Trans. S. Rumovskii. St. Petersburg. 1808.
4978. 9³/₂₄. Erenfeicht V. E. Higher geodesy.
Lithogr. Warsaw. 1900.
4953. 9²/₂₂. Erenfeicht V. E. Lower geodesy.
Lithogr. Warsaw. 1902–1903.
5484. 9¹/₁₅. Eri. Popular physical astronomy.
Trans. Fedorov, with the approval of Academician Ostrogradsky. St. Petersburg. 1817.
B. Books printed in foreign typefaces.
3375. 9²/₁₂. Abendroth A. Der Landmesser im Städtebau.
Praktisches Handbuch zur sachgemässen Erledigung aller landmesserischen Geschäfte im Gemeindedienst. Berlin 1901.
6355. 8⁷/₂₂. Andoyer H. Contribution à la théorie des petites planètes dont le moyen mouvement est sensiblement double de celui de Jupiter.
“Bull. Astronom.” Paris. 1903.
6354. 8⁷/₂₁. Andoyer H. Sur un point particulier de l’étude des cas de commensurabilité approchée dans le problème des trois corps.
“Bull. Astronom.” Paris 1902.
5590. 9¹/₂₀. Andoyer H. Théorie de la lune.
“Scientia.” 1902.
4623. 9²/₁₅. Andoyer H. (Tisserand F. et). Leçons de cosmographie.
Paris 1895.
1377. 9²/₁–₄. Arago F. Astronomie populaire.
publ. sous la direction de J. A. Barral. T. 1–4. Paris, Leipzig, 1854–1857.
8077. 9⁷/₃₇. Backlund O. Astronomische Ortsbestimmungen im nördlichen Russland.
“Mélanges math.” St. Pétersbourg. 1891.
1778. 3⁶/₄₄. Backlund O. Zur Entwickelung der Störungsfunction.
St. Petersburg. 1884.
IV. Astronomy and Geodesy.
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9^4/23. Baeyer J. J. Das Messen auf der Sphäroidischen Erdoberfläche.
Berlin. 1862. -
9^1/24. Baeyer J. J. Ueber der Grösse und Figur der Erde.
Denkschrift zur Begründung einer mittel-europäischen Gradmessung. Berlin. 1861. -
9^2/5. Bohnenberger J. G. F. Anleitung zur geographischen Ortsbestimmung vorzüglich mittels des Spiegelsextanten.
Göttingen. 1852. -
9^3/10. Bonnet O. Astronomie sphérique.
Fasc. 1; notes réd. par Blondin et Gallot. Paris. 1880. -
9^7/36. Bredichin Th. Sur les Perséides observés en Russie en 1890.
“Mélanges math.” S.-Pétersbourg. 1891. -
9^6/8. Buchholz H. Untersuchung der Bewegung vom Typus 2/3 im Problem der drei Körper und der «Hilda-Lücke» im System der kleinen Planeten auf Grund der Gyldén’schen Störungstheorie.
Th. 1. “Denkschriften der K. Akad. d. Wiss.” Wien. 1902. -
9^4/6. Callandreau O. Détermination des perturbations d’une petite planète par les méthodes de M. Gyldén. Application à Héra.
Thèse prés. à la Faculté des Sc. Paris. 1880. -
9^1/11. Cantor M. Die römischen Agrimensoren und ihre Stellung in der Geschichte der Feldmesskunst.
Eine historisch-mathematische Untersuchung. Leipzig. 1875. -
— Cauchy A. Oeuvres complètes.
5^6/1, 2–8, 5^5/9, 6^5/4, 6^5/11. 1 série: t. 1, 4–10, 11–12. 1882–1900; t. 2, 1908.
6^5/5. Table générale. 1901.
6^5/33, 5^5/9, 6^5/2–3, 5^5/10–14. 2 série: t. 1, 3, 4–5, 6–10. 1887–1905. Paris. -
9^7/2. Coordes G. Kleines Lehrbuch der Landkarten-Projektion.
Gemeinverständliche Darstellung. 2 Ausg. von S. Fech. Leipzig. 1896. -
3^3/1. Czuber E. Theorie der Beobachtungsfehler.
Leipzig. 1891. -
12^2/11. Darwin G. H. The tides and kindred phenomena in the solar system.
London. 1898. -
9^5/5–7. Delambre (Méchain et). Base du système métrique décimal ou mesure de l’arc du méridien compris entre les parallèles de Dunkerque et Barcelone, exécutée en 1792 et années suivantes.
“Mém. de l’Institut National”, t. 1, 2, 3. Paris. 1806, 1807, 1810. Suite au 3 t.—v. “Recueil d’observations etc.” -
9^1/7. Delaunay Ch. Cours élémentaire d’astronomie.
2 éd. Paris. 1855. -
9^1/23. Dolezal. Die Anwendung der Photographie in der praktischen Messkunst.
Halle a. S. 1896. -
- Encyklopädie der mathematischen Wissenschaften mit Einschluss ihrer Anwendungen.
Bd. 6. Th. 1. Geodäsie und Geophysik. Red. von Th. Furtwängler und E. Wiechert.
Abth. A: Heft 1–3, 1906–1909; Abth. B. Heft 1, 1908.
Th. 2, Astronomie. Red. von K. Schwarzschild.
Heft 1–2. 1905–1908. Leipzig.
- Encyklopädie der mathematischen Wissenschaften mit Einschluss ihrer Anwendungen.
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9^7/11. Euler J. A. Meditationes de motu vertiginis planetarum ac praecipue Veneris.
Petropolis. 1760.
Astronomy and Geodesy
| No. | Shelf mark | Entry |
|---|---|---|
| 2858 | 97/9 | Euler J. A. Meditationes de perturbatione motus cometarum ab attractione planetarum orta. Dissertatio. Petropolis. 1762. |
| 2871 | 92/25 | Euler L. Novae tabulae lunares singulari methodo constructae, quarum ope loca lunae ad quodvis tempus expedite computare licet. Petropolis. 1772. |
| 4554 | 92/16–17 | Faye H. Cours d’astronomie. P. 1.—Astronomie sphérique. Description des instruments. Théorie des erreurs. Géodésie et géographie mathématique. 1881. P. 2.—Astronomie solaire. Théorie de la lune. Navigation. 1883. Paris. |
| 3375 | 92/6 | Francoeur L.-B. Géodésie ou traité de la figure de la terre et de ses parties. 8th ed., augmented with notes: “Sur la mesure des bases” by Hossard. “Sur la méthode et les instruments d’observation employés dans les grandes opérations géodésiques”; “Sur la jonction géodésique et astronomique de l’Espagne avec l’Algérie” by Perrier. Paris. 1895. |
| 4687 | 97/17 | Frischauf J. Grundriss der theoretischen Astronomie und der Geschichte der Planetentheorien. Graz. 1871. |
| 1206 | 31/22 | Gauss C. F. Allgemeine Lehrsätze in Beziehung auf die im verkehrten Verhältnisse des Quadrats der Entfernung wirkenden Anziehungs- und Abstossungskräfte. Hrsg. von A. Wangerin. Leipzig. 1889. |
| 329 | 36/3–11 | Gauss C. F. Werke. Bd. 1–5, 2 Abdruck; Bd. 6, 8–9. Göttingen. 1870–1903; Bd. 7. Gotha. 1871. |
| 329 | 67/24 | Gauss C. F. Werke. Nachtrag zum 1 Abdruck des 2 Bandes. Göttingen. 1876. |
| 6510 | 87/37 | Grötzsch C. Störungstheorie und Berührungstransformationen. Leipzig. 1898. |
| 4908 | 94/19 | Gruey. Leçons d’astronomie. Lithogr. Paris. 1885. |
| 5332 | 91/14 | Günther S. Grundlehren der mathematischen Geographie und elementaren Astronomie. 5 Aufl. München. 1900. |
| 4557 | 97/3 | Gyldén H. Traité analytique des orbites absolues des huit planètes principales. T. 1. Théorie générale des orbites absolues. Stockholm. 1893. |
| 9284 | 21/2 | Hammer E. Lehr- und Handbuch der ebenen und sphärischen Trigonometrie, besonders als Vorbereitung auf Geodäsie und sphärische Astronomie. 3 Aufl. Stuttgart. 1907. |
| 7508 | 91/24 | Hansen P. A. Von der Methode der kleinsten Quadrate im allgemeinen und in ihrer Anwendung auf die Geodäsie. “Abhandl. d. K. Sächs. Gesellsch. d. Wiss.” |
| 2887 | 97/13 | Hasselberg B. Bearbeitung der photographischen Aufnahmen im Hafen Possiet. “Russ. Expedition zur Beobachtung des Venusdurchgangs 1874.” St.-Petersburg. 1877. |
| 1001 | 91/9 | Hatt Ph. Des marées. Paris. |
V. Astronomy and Geodesy
| No. | Shelf mark | Description |
|---|---|---|
| 595. | 9³/5–6. | Helmert F. R. Die mathematischen und physikalischen Theorieen der höheren Geodäsie. Bd. 1, 2. Leipzig. 1880–1884. |
| 4559. | 9⁴/7. | Houel G. J. Application de la méthode de M. Hamilton au calcul des perturbations de Jupiter. Thèse prés. à la Faculté des Sc. Paris. 1855. |
| 4316. | 5³/14–20, ¹/42. | Jacobi C. G. J. Gesammelte Werke. Bd. 1–7 hrsg. von C. W. Borchardt und K. Weierstrass; Supplementarband hrsg. von E. Lottner. Berlin. 1881–1891, 1884. |
| 7529. | 9³/32. | Jordan W. Grundzüge der astronomischen Zeit- und Ortsbestimmung. Berlin. 1885. |
| 2057. | 9³/1–3. | Jordan W. Handbuch der Vermessungskunde. Bd. 1. Ausgleichungs-Rechnung nach der Methode der kleinsten Quadrate. 4 Aufl. 1897. Bd. 2. Feld- und Landmessung. 5 Aufl. 1897. Bd. 3. Landes-Vermessung und Grundaufgaben der Erd-Messung. 4 Aufl. 1896. Stuttgart. |
| 2132. | 9¹/1. | Kahle P. Die Aufzeichnung des Geländes beim Krokieren für geographische und technische Zwecke. Berlin. 1896. |
| 9000. | 9³/42. | Kamienschtschikoff N. Die Bahnverbesserung des Planeten Eunomia (15) und Tafeln der Eunomia für 1900—1930. Inaugural-Dissertation. 1908. |
| 1221. | 9¹/6. | Kant J. Allgemeine Naturgeschichte und Theorie des Himmels oder Versuch von der Verfassung und dem mechanischen Ursprunge des ganzen Weltgebäudes nach Newtonischen Grundsätzen abgehandelt. Hrsg. von A. J. von Oettingen. Leipzig. 1898. |
| 635. | 5¹/38. | Koll O. Die Theorie der Beobachtungsfehler und die Methode der kleinsten Quadrate mit ihrer Anwendung auf die Geodäsie und die Wassermessungen. Berlin. 1893. |
| 1975. | 9⁷/8. | Kortazzi J. Bestimmung der Längen-Differenz zwischen Pulkowa, Helsingfors, Åbo, Lowisa und Wiborg. “Mém. de l’Acad. Imp. des Sc.” St.-Pétersbourg. 1871. |
| 3372. | 9³/27. | Kraft G. Die Anfangsgründe der Theodolitmessung und der ebenen Polygonometrie. Mit einem Anhange “Von den Fehlern der Messungen.” 3 Aufl. bearb. von Schering. Hannover. 1895. |
| 5265. | 9¹/13. | Kröhnke G. H. A. Handbuch zum Abstecken von Curven auf Eisenbahn und Wegelinien. 14 Aufl. Leipzig. 1902. |
| 172 | 5⁶/15–21. | Lagrange. Oeuvres. publ. par J.-A. Serret et G. Darboux; t. 1–11. Paris. 1867–1892. |
| 175. | 5²/22–28, ³/1–5. | Laplace. Oeuvres complètes. T. 1–12. Paris. 1878–1898. |
| 4686. | 9³/28. | Láska W. Lehrbuch der sphärischen und theoretischen Astronomie und mathematischen Geographie. bearb. nach System Klever. Stuttgart. 1889. |
| 656. | 4¹/39. | Lejeune-Dirichlet P. G. Vorlesungen über die im umgekehrten Verhältniss des Quadrats der Entfernung wirkenden Kräfte. Hrsg. von Grube; 2 Aufl. Leipzig. 1887. |
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4°/18–19. Lejeune-Dirichlet G. Works, ed. by L. Kronecker and L. Fuchs. Vols. 1, 2. Berlin, 1889–1897.
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9°/8. Levy M. Lessons on the theory of tides.
P. 1. Elementary theories. Practical formulas for predicting tides. Paris, 1898. -
6°/39–44. Marie M. History of the mathematical and physical sciences.
Vol. 1. From Thales to Diophantus.
Vol. 2. From Diophantus to Vieta.
Vol. 3. From Vieta to Descartes.
Vol. 4. From Descartes to Huygens.
Vol. 5. From Huygens to Newton.
Vol. 6. From Newton to Euler.
Vol. 7. From Newton to Euler.
Vol. 8. From Euler to Lagrange.
Vol. 9. From Lagrange to Laplace.
Vol. 10. From Laplace to Fourier.
Vol. 11. From Fourier to Arago.
Vol. 12. From Arago to Abel and to contemporary geometers.
Paris, 1883–1888. -
9°/5–7. Mechain and Delambre. Base of the decimal metric system, or measurement of the arc of the meridian comprised between the parallels of Dunkirk and Barcelona, carried out in 1792 and the following years.
“Memoirs of the National Institute,” vols. 1, 2, 3. Paris, 1806, 1807, 1810. Continued in 3 vols. — in “Collection of observations, etc.” -
2°/17–1. Mobius A. F. Collected works.
Vol. 1, ed. by R. Baltzer. 1885. Vols. 2–3, ed. by F. Klein. 1886. Vol. 4, ed. by W. Scheibner, with an addendum by F. Klein. 1887. Leipzig. -
9°/5. Moessard P. Topography.
Paris. -
9°/23. Monet Ed. Application of photography to topography.
New solutions in altimetry by means of hypsometric rules.
“Memoirs of the Society of Civil Engineers of France.” Paris, 1894. -
8°/8. Neumann C. On the principles of the Galilean-Newtonian theory.
Leipzig, 1883. -
3°/18. Newton I. Mathematical Principles of Natural Philosophy.
Ed. by J. Ph. Wolfers. Berlin, 1872. -
4°/11. Newton. Principia.
Book 1, sections 1, 2, 3; with notes by P. Frost. London, 1878. -
9°/11. d’Oppolzer Th. Treatise on the determination of the orbits of comets and planets.
French edition, published from the 2nd German ed. by Pasquier; vol. 1. Paris, 1886. -
78°/7–11. Poggendorff J. C. Biographical-literary handbook on the history of the exact sciences.
Vol. 1. A–L. 1863.
Vol. 2. M–Z. 1863.
Vol. 3. 1858 to 1883. Ed. by B. W. Feddersen and A. J. von Oettingen.
1st part, A–L. 1896.
2nd part, M–Z. 1898.
Vol. 4. 1883 to the present. Ed. by A. J. von Oettingen.
1st part, A–L. 1904.
2nd part, M–Z. 1904. Leipzig. -
BK. 78°/3. Poggendorff J. C. Biographical-literary handbook on the history of the exact sciences.
Vol. 3. 1858 to 1883.
Ed. by B. W. Feddersen and A. J. von Oettingen.
1st part, A–L. 1896.
2nd part, M–Z. 1898. Leipzig. -
9°/18–20. Poincare H. The new methods of celestial mechanics.
Vol. 1. Periodic solutions. Nonexistence of uniform integrals. Asymptotic solutions. 1892.
Astronomy and Geodesy
vol. 2. Methods of MM. Newcomb, Gyldén, Lindstedt and Bohlin. 1893.
vol. 3. Integral invariants. Periodic solutions of the second kind. Doubly asymptotic solutions. 1899. Paris.
762¹. 7³/₈. Recueil of geodetic, astronomical and physical observations carried out by order of the Bureau of Longitudes of France, in Spain, in France, in England and in Scotland.
Continuation of the 3 vols. of the “Base of the metric system.” Edited by Biot and Arago. Paris. 1821.
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9⁴/₁₂. Resal H. Elementary treatise on celestial mechanics.
2nd ed. Paris. 1884. -
9⁷/₃₁. Rosenthal E. On the elastic after-effect in aneroid barographs.
“Bull. de l’Acad. Imp. des Sc.” St. Petersburg. 1903. -
2⁴/₄₁–₄₂. Rouse Ball W. W. History of mathematics.
Translated from the 3rd English ed. by L. Freund: vol. 1, 1906; vol. 2 with additions by R. de Montessus and a supplementary note by G. Darboux. 1907. Paris. -
9⁶/₉–₁₉. de Schubert T. F. Account of the astronomical and geodetic works carried out in Russia for geographical purposes up to the year 1855.
With an atlas and a supplement. 1858; 2nd supplement, 1862. St. Petersburg. -
9⁷/₃. Schwedoff Th. New ideas on the origin of cometary forms.
Odessa. 1877. -
9⁷/₄. Schwedoff Th. Astronomical illusions.
Odessa. 1878. -
9⁷/₁₄. Schweizer G. Determination of the area of the Russian Empire, with the exception of Finland and Poland.
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