Hostname: page-component-cd9895bd7-dzt6s Total loading time: 0 Render date: 2024-12-13T03:54:24.619Z Has data issue: false hasContentIssue false

20. Commission Des Positions Et Des Mouvements Des Petites Planetes, Des Cometes Et Des Satellites

Published online by Cambridge University Press:  25 April 2016

Abstract

Image of the first page of this content. For PDF version, please use the ‘Save PDF’ preceeding this image.'
Type
Reports of Commissions
Copyright
Copyright © Reidel 1967

References

Bibliography

1. Khanina, F. B. 1965, Bull. ITA, 10, 1(114), 44.Google Scholar
2. Makover, S. G. 1965, Bull. ITA, 10, 3(116), 181.Google Scholar
3. Khanina, F. B. 1965, Bull. ITA, 10, 6(119), 424.Google Scholar
4. Khanina, F. B. Bull. ITA, 10, 10(123).Google Scholar
5. Baidarova, N. P., Labzina, L. I. Bull. ITA, 11, 1(124).Google Scholar
6. Minor Planet Circulars, 2262, 2328, 2427, 2661, 2678.Google Scholar
7. Bardwell, C. Minor Planet Circulars, 2486, 2370, 2632.Google Scholar
8. Arend, S. 1933, Réduction de plaques astrophotographiques en coordonnées équatoriales. Bull. astr. Obs. r. Belgique, 1, 9, 199.Google Scholar
9. Van Houten, C. J., Van Houten-Groeneveld, I. 1966, A New Periodic Comet, Observed in 1960. Bull. astr. Inst. Netherl., 18, 5, 441.Google Scholar
10. Gehrels, T., Owings, D. Photometric Studies of Asteroids. IX. Additional Light-Curves. 1962, Astrophys. J., 135, 906.Google Scholar
11. Ashkova, N. V. 1966, On the Preparation of the Annual ‘Ephemerides of Minor Planets’. Trans. of the Baku Conf. 1962, 17.Google Scholar
12. Shmakova, M. J. Information on the Elements Published in the ‘Ephemerides of Minor Planets’. Bull. ITA, 11, 2(125).Google Scholar
13. Shor, V. A. 1964, On the Combined Use of High-Speed Computers and Punched-Card Computing Machines for Calculation and Preparation of Printing ‘Ephemerides of Minor Planets’. Bull. ITA, 9, 9(112), 601.Google Scholar
14. Makover, S. G., Beliajev, N. A. 1964, Programme d'intégration numeérique des équations du mouvement des petites planètes et de la comparaison avec les observations. Bull. ITA, 9, 8(111), 542.Google Scholar
15. Herget, P. 1965, Computation of Preliminary Orbits. Astr. J., 70, 1, 1.CrossRefGoogle Scholar
16. Abalakin, V. K. 1965, The Elements of the Elliptic Orbit of the New Minor Planet 1963 UA. Bull. ITA, 10, 5(118), 379.Google Scholar
17. Abalakin, V. K. 1964, The Elliptical Orbital Elements of Minor Planets 1961 TA and 1960 OA. Bull. ITA, 9, 9(112), 615.Google Scholar
18. Bohan, N. A. Elements of Circular Orbits of Minor Planets Observed at the Crimean Astrophysical Observatory. Bull. ITA, 11, 2(125).Google Scholar
19. Shmakova, M. 1966, Circular Orbit. Trans. of the Baku Conf. 1962, 48.Google Scholar
20. Debehogne, H. 1965, Orbite elliptique de l'astéroide 1964 OA. Bull. astr. Obs. r. Belgique, 6, 1, 32.Google Scholar
21. Debehogne, H. 1966, Orbite elliptique de l'astéroide 1965 UA. Bull. astr. Obs. r. Belgique, 6, 3, 107.Google Scholar
22. Izvekov, V. A. On the Improvement of Orbits of Minor Planets with Account of Perturbations. Bull. ITA, 11, 1(124).Google Scholar
23. Izvekov, V. A. 1966, Determination of Astronomical Constants from Observations of Minor Planets. Trans, of the Baku Conf. 1962, 44.Google Scholar
24. Izvekov, V. A. 1964, Program for Solution of a System of Equations with Formal Discussion of Data. Bull. ITA, 9, 8(111), 537.Google Scholar
25. Patry, A. 1964, Catalogue d'orbites circulaires. J. Observateurs, 47, 2; 1966; ibid. 49, 1 and 2.Google Scholar
26. Ferraz Mello, S. 1966, Bull. astr., 3, 1, fasc. 4, in press.Google Scholar
27. Morando, B. 1966, Bull. astr., 3, 1, fasc. 4, in press.Google Scholar
28. Wilkins, G. A. 1966, The Mantles of the Earth and Terrestrial Planets. Proc. NATO Advanced Study Inst., in press.Google Scholar
29. Kiang, T. 1966, Icarus, 5, 4.Google Scholar
30. Kleiber, J. 1886, Astr. Nachr., 115, 135.CrossRefGoogle Scholar
31. Bauschinger, J. 1901, Veröff. Königl. Rechen-Inst. Berlin, 16.Google Scholar
32. Brunn, A. 1906, Astr. Nachr., 172, 273.CrossRefGoogle Scholar
33. Herrick, S. 1965, Universal Variables. Astr. j., 70, 4, 309.Google Scholar
34. Herrick, S. 1965, Astronomical and ‘Astrodynamical’ Values of Constants and Ephemeral Data. Bull. astr., 25, 1, 105 (IAU Symposium no. 21).Google Scholar
35. Herrick, S. 1965, The Fixing of the Gaussian Gravitational Constant and the Corresponding Geocentric Gravitational Constant. Bull. astr., 25, I, 95 (IAU Symposium no. 21).Google Scholar
36. Samoilova-Yakhontova, N. S. 1966, Activity of the Institute of Theoretical Astronomy on the Investigation of Minor Planet's Motion. Trans, of the Baku Conf. 1962, 10.Google Scholar
37. Samoilova-Yakhontova, N. S. 1963, Minor Planets (1961). Bull. ITA, 9, 4(107), 219.Google Scholar
38. Samoilova-Yakhontova, N. S. 1965, Minor Planets (1963). Bull. ITA, 10, 3(116), 173.Google Scholar
39. Samoilova-Yakhontova, N. S. Minor Planets (1964). Bull. ITA, 10, 10(123).Google Scholar
40. Samoilova-Yakhontova, N. S. 1964, Minor Planets (1962). Bull. ITA, 9, 6(109), 379.Google Scholar
41. Lazovich, I. P. On the Determination of the Shortest Distance Between Asteroid Orbits with Small Mutual Inclination. Bull. ITA, 11, 1(124).Google Scholar
42. Makover, S, G. 1966, Prospect of Works of the Institute of Theoretical Astronomy on the Investigation of Minor Planet's Motion. Trans, of the Baku Conf. 1962, 10.Google Scholar
43. Orelskaya, V. I. 1966, On the Orientation of Star Catalogues from Observations of Minor Planets. Trans, of the Baku Conf. 1962, 25.Google Scholar
44. Orelskaya, V. I. 1963, On the State of Observations of Selected Minor Planets. Astr. Circ, U.S.S.R., 259, 2.Google Scholar
45. Perlin, F. H. 1964, Tafeln zur Berechnung der Störungen in den Elementen mit Exzentrischer Anomalie als unabhaädige Variable. Bull. ITA, 9, 9(112), 607.Google Scholar
46. Sultanov, G. F. 1964, The Disintegration of a Large Primary Body and the Determination of its Orbit. Proc. Acad. Sci. Azerbaijan SSR, 3, 115.Google Scholar
47. Sultanov, G. F., Ibrahimov, N. B. 1962, A Catalogue of Constants of Jacobi's Integral for Asteroids. Trudy Shemaha Astrophys. Obs., 2, 23.Google Scholar
48. Tovstik, M. E. Minor Planet (944) Hidalgo. Bull. ITA, 11, 2(125).Google Scholar
49. Debehogne, H. 1966, Les petites planètes. Ciel et Terre, 82, 7 and 8, 229.Google Scholar
50. Alijeva, N. Bull. ITA, 10, 8(121).Google Scholar
51. Alijeva, N. 1964, Circ. Tashkent Obs., 333.Google Scholar
52. Alijeva, N. Bull. ITA, 10, 8(121).Google Scholar
53. Chernykh, N. S. 1965, Bull. ITA, 10, 3(116), 236.Google Scholar
54. Chernykh, N. S. Bull. ITA, 10, 9(122).Google Scholar
55. Chernykh, L. I., Chernykh, N. S. Bull. ITA, 10, 10(123).Google Scholar
56. Chernykh, L. I., Chernykh, N. S. Bull. ITA, 11, 1(124).Google Scholar
57. Chernykh, L. I., Chernykh, N. S. Bull. ITA, 11, 2(125).Google Scholar
58. Chuadze, A. D. 1964, Bull. ITA, 9, 9(112), 623.Google Scholar
59. Deutsch, A. N. 1966, Trans, of the Baku Conf. 1962, 22.Google Scholar
60. Dzhakusheva, K. G. 1964, Bull. ITA, 9, 9(112), 624.Google Scholar
61. Ishmukhamedov, Kh., Kadyrov, A. 1962, Circ. Tashkent Obs., 322.Google Scholar
62. Khatisov, A. Sh., Beitrishvili, I. R. Bull. ITA, 10, 8(121).Google Scholar
63. Korol, A. K., Nenakhova, E. M., Koval, R. N. 1965, Bull. ITA, 10, 6(119), 450.Google Scholar
64. Napolskij, A. Bull. ITA, 10, 8(121).Google Scholar
65. Raudsaar, H. K. Bull. ITA, 10, 10(123).Google Scholar
66. Raudsaar, H. K. 1964, Bull. ITA, 9, 8(111), 579.Google Scholar
67. Shor, V. A., Feoktistova, S. A. Bull. ITA, 10, 10(123).Google Scholar
68. Sklyarov, Yu., Polyakov, V., Ermilov, G. 1964, Bull. ITA, 9, 8(111), 576.Google Scholar
69. Yurevich, V. A. Bull. ITA, 11, 2(125).Google Scholar
70. Bronnikova, N. M., Kiseleva, T. P., Strugackaja, A. A., Chudovicheva, O. N. 1965, Bull. ITA, 10, 1(114), 81.Google Scholar
71. Bronnikova, N. M., Voronenko, V. I., Strugackaja, A. A., Chudovicheva, O. N. Bull. ITA, 10, 9(122).Google Scholar
72. Ivakina, T. Y., Kalinevich, Th. Th., Fedorova, R. T. 1965, Bull. ITA, 10, 2(115), 164.Google Scholar
73. Perezhogina, T. P. 1964, Bull. ITA, 9, 9(112), 617.Google Scholar
74. Perezhogina, T. P. 1965, Bull. ITA, 10, 5(118), 380.Google Scholar
75. Kiseleva, T. P., Koroleva, L. S., Sokolova, V. A. 1965, Bull. ITA, 10, 1(114), 76.Google Scholar
76. Kiseleva, T. P., Koroleva, L. S., Sokolova, V. A. Bull. ITA, 10, 9(122).Google Scholar
77. Arend, S., Dommanget, J., Roland, G. 1964, Bull. astr. Obs. r. Belgique, 5, 5, 124.Google Scholar
78. Arend, S., Dommanget, J., Debehogne, H., Roland, G. 1965, Bull. astr. Obs. r. Belgique, 6, 1, 2 to 12.Google Scholar
79. Sauval, A. 1965, Bull. astr. Obs. r. Belgique, 6, 1, 13.Google Scholar
80. Arend, S., Debehogne, H., Roland, G. 1966, Bull. astr. Obs. r. Belgique, 6, 3, 78.Google Scholar
81. Arend, S., Roland, G. 1966, Bull. astr. Obs. r. Belgique, 6, 3, 88.Google Scholar
82. Denoyelle, J., Sanders, P., Sauval, A. 1966, Bull. astr. Obs. r. Belgique, 6, 3, 89.Google Scholar
83. Roemer, E. 1965, Astr. J., 70, 6, 397.Google Scholar
84. Roemer, E., Lloyd, R.E. 1966, Astr. J., 71, 6, 443.Google Scholar
85. Roemer, E., Thomas, M., Lloyd, R. E. 1966, Astr. J., 71, 7, 591.Google Scholar
86. Robertson, W. H. 1964, Sydney Obs. Papers, 43.Google Scholar
87. Robertson, W. H. 1964, Sydney Obs. Papers, 45.Google Scholar
88. Robertson, W. H. 1964, Sydney Obs, Papers, 46.Google Scholar
89. Robertson, W. H., 1965, Sydney Obs. Papers, 49.Google Scholar
90. Robertson, W. H. 1965, Sydney Obs. Papers, 51.Google Scholar
91. Robertson, W. H. 1966, Sydney Obs. Papers, 52.Google Scholar

Bibliography

(References to IAU Circulars and to papers already indexed in the Astronomischer Jahresbericht have generally been omitted. See also Reports on the Progress of Astronomy: Comets, 1964, Quarterly J. R. astr. Soc, 5, 228; 1965, ibid., 6, 336.)

General

1. Marsden, B. G. 1963, Astr. J., 68, 795.CrossRefGoogle Scholar
2. Marsden, B. G., Porter, J. G., Eds. 1966, Mem. Brit, astr. Assoc., 40, no. 2, 1966.Google Scholar
3. Schubart, J. 1966, Science, 152, 1236.CrossRefGoogle Scholar
4. Bruwer, J. A. 1964, Republic Obs. Circ, 7, 47; 1965, ibid., 7, 69.Google Scholar
5. Hirose, H., Tomita, K., Kösai, H. 1965, Tokyo astr. Bull., Second Ser., no. 168, 2061; 1965, ibid., no. 171, 2081.Google Scholar
6. Kresák, L., Antal, M. 1966, Contr. Skalnaté Pleso Obs., 3, 113.Google Scholar
7. Roemer, E. 1965, Astr, J., 70, 397.Google Scholar
8. Roemer, E., Lloyd, R. E. 1966, Astr. J., 71, 443.Google Scholar
9. Roemer, E., Thomas, M., Lloyd, R. E. 1966, Astr. J., 71, 591.CrossRefGoogle Scholar
10. van Genderen, A. M. 1964, Bull. astr. Inst. Netherlds., 17, 298.Google Scholar
11. Belyayev, N. A. 1966, The orbital evolution of Comets Neujmin 2 (1916 II), Comas Solá (1927 III) and Schwassmann-Wachmann 2 (1929 I) for 400 years (1660–2060). Preliminary investigation. Astr. Zu. Google Scholar
12. Belyayev, N. A. 1966, The orbital evolution of Daniel's Comet, 1909 IV, for 400 years (1660–2060). Preliminary investigation. Bull. Inst. teor, Astr., 10.Google Scholar
13. Gaska, S. 1965 (Motion of P/Kopff, 1906 IV, 1939–45). Bull. Obs. Toruń, no. 34, 21.Google Scholar
14. Giddis, A. R. 1965, Comet and close-approach asteroid mission study final report, (Science), Vol. 2. Philco Western Development Laboratories, WDL-TR 2366.Google Scholar
15. Imnadze, M. P. 1963, Investigations of the movement of the Comet 1947 XIII = 1954 XI Wirtanen. Trans. Comput. Center Acad. Sci. Georgian SSR, 3, 269; 1963, Publ. Acad. Sci, Georgian SSR, 30, 157.Google Scholar
16. Kamieński, M. 1964–65, Perihelion passages of Halley's Comet in ancient times … Poznań Bull. Livraison XVIII.Google Scholar
17. Kastel, G. R. 1965, On the close approach of Comet Brooks 2 with Jupiter in 1886. Bull. Inst. teor, Astr., 10, 118; 1966, Trans. Conf. Baku 1962, 153.Google Scholar
18. Kazimirčak-Polonskaya, H. I. 1966, Évolution des orbites des comètes à courte période durant 400 ans (1660–2060) et le rôle des planètes exterieures dans leur évolution. Astr. Zu. Google Scholar
19. Kazimirčak-Polonskaya, H. I. 1966, Rapprochements des comètes aux grosses planètes. Trans. Conf. Baku 1962, 90.Google Scholar
20. Kazimirčak-Polonskaya, H. I. 1967, Quelques problèmes actuels de 1'astronomie cométaire du point de vue de la mécaniqiie céleste contemporaine. Mem. Inst. teor. Astr., 12.Google Scholar
21. Kazimirčak-Polonskaya, H. I. 1967, Précision de la théorie de la comète Wolf 1 pendant la période 1918–25 contenant son rapprochement de Jupiter en 1922. Mem. Inst. teor. Astr., 12.Google Scholar
22. Kazimirčak-Polonskaya, H. I. 1967, Évolution de 1'orbite de la comète Wolf 1 durant 400 ans (1660–2060). Investigations préliminaires. Mem. Inst. teor. Astr., 12; 1967, Sur la communauté possible de l'origine des comètes Wolf 1 (1884 III) et Barnard (1892 V). Mem. Inst. teor. Astr., 12.Google Scholar
23. Kępiński, F. 1963, The motion of P/Comet 1906 IV (Kopff) in the years 1958–64, Part 9. Acta. astr., 13, 87.Google Scholar
24. Khanina, F. B. 1966, The motion of Comet Faye. Trans. Conf. Baku 1962, 69.Google Scholar
25. Kresák, L. 1965, The effect of commensurability in the system of short-period comets. Bull. astr. Inst. Csl., 16, 292.Google Scholar
26. Kresák, L. 1966, On two aspects of evolution of short-period comets. Mem. in 8° Soc. R. Sci. Liège, 12, 459.Google Scholar
27. Makover, S. G. 1966, On the origin of short-period comets. Bull. Inst. teor. Astr., 11.Google Scholar
28. Narin, F., Pierce, P. M. 1964, Perturbation, sighting and trajectory analysis for periodic comets: 1965–75. Report no. T–7, Astro Sciences Center, IIT Research Institute.Google Scholar
29. Narin, F., Rejzer, B. 1965, Sighting and trajectory analysis for periodic comets: 1975–86. Report no. T–11, Astro Sciences Center, IIT Research Institute.Google Scholar
30. Roberts, D. L. 1964, A compendium of data on some periodic comets. Report no. P–9, Astro Sciences Center, IIT Research Institute.Google Scholar
31. Schrutka-Rechtenstamm, G. 1873, MS. Definitive orbit of P/Tempel 1.Google Scholar
32. Stumpff, P. 1965, Report to ESRO: On the accuracy of the orbits of the periodic comets Brooks 2, Tempel 2, Giacobini-Zinner, and Tuttle-Giacobini-Kresák.Google Scholar
33. Vorobjev, E. A. 1964, (P/Johnson 1949 II, linking apparitions in 1949 and 1956, with perturbations.) Comet Circ, (Kiev), 6; 1966, (P/Johnson 1963c) Comet Circ. (Kiev) 39; 1964, Handbook, Brit. astr. Assoc. Google Scholar
34. Wiśniewski, W. 1964, P/Wolf-Harrington (Identity of the two comets confirmed by linking observations in 1925 and 1952, with perturbations.) Acta astr., 14, 129.Google Scholar
35. Barteneva, O. N. 1965, Original and future orbits of the Comet 1950 I (Johnson). Bull. Inst. teor. Astr., 10, 443.Google Scholar
36. Belous, L. M. 1964, The definitive orbit of Comet Bappu-Bok-Newkirk (1949 IV). Bull. Inst. teor. Astr., 9, 569.Google Scholar
37. Belous, L. M. 1966, The definitive orbit of Comet Mrkos (1953 II). Bull. Inst. teor. Astr., 10; 1965, Comet Circ. (Kiev) 24.Google Scholar
38. Brady, J. L. 1965, Effect of the planetary system on the nearly parabolic comets. Astr. J., 70, 279.Google Scholar
39. Galibina, I. V. 1964, Original and future orbits of long-period comets. Bull. Inst. teor. Astr., 9, 465.Google Scholar
40. Galibina, I. V. 1966, Determination of original and future orbits of long-period comets. Trans. Conf. Baku 1962, 145.Google Scholar
41. Galibina, I. V., Barteneva, O. N. 1965. Definitive orbit of the Comet 1950 I Johnson. Bull. Inst. teor. Astr., 10, 192.Google Scholar
42. Hasegawa, I. 1966, (Definitive orbit of Comet Vozárová, 1954 VIII). Publ, astr. Soc. Japan, 18.Google Scholar
43. Lyttleton, R. A., Hammersley, J. M. 1964, The loss of long-period comets from the solar system. Mon. Not. R. astr. Soc., 127, 257.Google Scholar
44. Mamedov, M. A. 1966, Definitive orbit of Comet 1941 I, Cunningham. Proc, Acad. Sci. Azerbaijan SSR, 5.Google Scholar
45. Sekanina, Z. 1965, Orbit of Comet Everhart (1964 h). Bull. astr. Inst. Csl., 16, 361.Google Scholar
46. Sekanina, Z. 1966, New original and future comet orbits. Bull. astr. Inst. Csl., 17, 67.Google Scholar
47. Sekanina, Z. 1966, Hyperbolic comets and Oort's hypothesis of cometary cloud. Mém. in 8° Soc. R. Sci. Liège, 12, 443.Google Scholar
48. Sitarski, G. 1966, Close approach of Parisian comet (1759 III) to Jupiter. Acta astr., 16, 197.Google Scholar
49. Steins, K., Kronkalne, S. 1964, Changes in orbital elements for a complete comet's passage through the planetary system. Acta astr. Cracoviae, 14, 4, 311.Google Scholar
50. Van Biesbroeck, G. 1964, The orbit of Comet 1947 VI (Wirtanen), Comm. Lunar and Planetary Laboratory no. 43.Google Scholar
51. Samoilova-Jakhontova, N. S. 1966, The work on the motion of comets, conducted at the Institute of Theoretical Astronomy of the Academy of Sciences of the U.S.S.R. Trans. Conf. Baku 1962, 54.Google Scholar
52. Harwit, M. 1966, On the transition between long- and short-period comets. Mém. in 8° Soc. R. Sci. Liège, 12, 489.Google Scholar
53. Kresák, L. (Relation between orbits of meteors, comets, and asteroids.) Smithsonian Contr. Astrophys., (in press).Google Scholar
54. Laucenieks, L. K. 1964, On the solution of equations of comets’ diffusion. Sci. Papers of the Latvian Univ., 68, 2, 91.Google Scholar
55. Makover, S. G. 1964, On perturbations of comets by stars. Bull. Inst. teor. Astr., 9, 525.Google Scholar
56. Öpik, E. J. 1966, The dynamical aspects of the origin of comets. Mém. in 8° Soc. R. Sci. Liège, 12, 523.Google Scholar
57. Steins, K. A. 1964, Evolution of comets' orbit. Sci. Papers of the Latvian Univ., 68, 2, 39.Google Scholar
58. Vsekhsviatsky, S. K. 1966, Comet cosmology of Lagrange and the problems of the solar system. Mém. in 8° Soc. Sci. R. Liège, 12, 495.Google Scholar
59. Whipple, F. L. 1964, Evidence for a comet belt beyond Neptune. Proc. National Acad. Sci., 51, 711.Google Scholar
60. Witkowski, J. 1965, Some remarks concerning cometary statistics. Acta astr., 15, 273 Google Scholar
61. Mamedov, M. A. 1965. Program for calculation of a parabolic orbit from three observations. Proc. Acad. Sci. Azerbaijan SSR, 6, 57.Google Scholar
62. Mamedov, M. A. 1965, On the computation of a nearly parabolic orbit from three observations of a comet. Bull. Inst. teor. Astr., 10, 41.Google Scholar
63. Perlin, F. H. 1964, Tafeln zur Berechnung der Störungen in den Elementen mit exzentrischer Anomalie als unabhändige Variable. Bull. Inst. teor. Astr., 9, 607.Google Scholar
64. Perlin, F. H. 1966, Methoden zur Berechnung der Störungen der Kometen, die sich in sehr exzentrischer Bahnen bewegen. Trans, Conf. Baku 1962, 62.Google Scholar
65. Sitarski, G. 1966, A criterion for the automatical change of integration step in Cowell's method. Acta astr., 16, 201.Google Scholar
66. Sitarski, G. Correction of cometary orbits in rectangular coordinates. Acta astr., (in press).Google Scholar
67. Ziołkowski, K. 1965, Tables of the Jupiter and Saturn coordinates on a punched paper tape. Computatio, 3, 5.Google Scholar
68. Ziołkowski, K. 1965, The integration of the minor planet (or comet) motion equations. Computatio, 3, 89.Google Scholar
69. Ziołkowski, K. 1965, On the integration of equations of celestial mechanics using digital computers. Computatio, 3, 45.Google Scholar