No CrossRef data available.
Article contents
16. Commission Pour l’Etude Physique des Planetes et des Satellites
Published online by Cambridge University Press: 16 November 2021
Abstract
An abstract is not available for this content so a preview has been provided. As you have access to this content, a full PDF is available via the ‘Save PDF’ action button.

- Type
- Reports of Commissions
- Information
- Transactions of the International Astronomical Union , Volume 12 , Issue 1: Reports on Astronomy , 1965 , pp. 183 - 218
- Copyright
- Copyright © Academic Press 1965
References
Bibliographie
1 bis.
Agekjan, T. A.
Učenye Zapiski Leningrad. gos. Univ. no. 136, 33, 1950= Trudy astr. Obs. Leningrad. gos. Univ., 15, 33, 1950.Google Scholar
2.
Alfvén, H.
On the mass distribution in the solar system. Astrophys. J., 136, no. 3, 1005, 1962.Google Scholar
2 bis.
Alfvén, H., Wilcox, J. M.
On the origin of the satellites and the planets. Astrophys. J., 136, 1016, 1962.Google Scholar
3.
Alfvén, H.
On the early history of the Sun and the formation of the solar system. Astrophys. J., 137, 981, 1963.Google Scholar
4.
Anders, E.
Extinct radioactivity and the prehistory of the solar system. Z. Naturforschung, 16a, 520, 1961.Google Scholar
The Solar System, ed. Middlehurst, B. and Kuiper, G., Vol. 4, Chap. 13, 402–495, Univ. of Chicago Press, 1963.Google Scholar
6.
Bainbridge, J.
Gas imperfections and physical conditions in gaseous spheres on lunar mass. Astrophys. J., 136, 202, 1962.Google Scholar
7.
Berlage, H. P.
The basic scheme of any planetary or satellite system corrected and reanalysed. Koniki. Nederl. Akad. Wet. Proc., Ser. B, 62, 63, 1959.Google Scholar
8.
Berlage, H. P.
Sur l’origine des satellites en général et de la Lune en particulier. Ciel et Terre, 75, 173, 1959.Google Scholar
9.
Berlage, H. P.
On accretional instability, the state leading to the transformation of a gaseous disk, rotating in quasi-steady motion round a massive centre, into a set concentric rings of particulate matter. Koninkl. Nederl. Akad. Wet. Proc.
Ser. B., 65, 199, 1962.Google Scholar
13.
Cameron, A. G. W. The origin of the atmospheres of Venus and the Earth (Preprint).Google Scholar
13 bis.
Chacraburthy, A. K., Rushing, H.C., Anders, E., Stevens, C. M.
Amer. geophys. Un Trans., 44, 88, 1963.Google Scholar
14.
Chebotarev, G., Volkov, M.
The investigation of the motion of the asteroid Patroclus in the gravitational field of the Sun and Proto-Jupiter. Bjull. Inst. teor. Astr. Akad. N. SSSR, 7, no. 3 (86), 202, 1959.Google Scholar
15.
Chebotarev, G., Volkov, M.
The investigation of the motion of the asteroid Diomedus (1437) in the gravitational field of the Sun and Proto-Jupiter. Bjull. Inst. teor. Astr. Akad. N. SSSR, 7, no. 6 (89), 420, 1959.Google Scholar
17.
Fowler, W. A., Greenstein, J. L., Hoyle, F.
Deuteronomy. Synthesis of deuterone and the light nuclei during the early history of the solar system. Amer. J. Phys., 29, 393, 1961.Google Scholar
18.
Fowler, W. A., Greenstein, J. L., Hoyle, F.
Nucleosynthesis during the early history of the solar system. Geophys. J., 6, 148, 1962.Google Scholar
20.
Kuroda, P. K.
The time interval between nucleosynthesis and formation of the Earth. Geochim. et Cosmochim. Acta, 24, 40, 1961.Google Scholar
21.
Lyttleton, R. A.
Dynamical calculations relating to the origin of the solar system. Mon. Not. R. astr. Soc., 121, 551, 1960.Google Scholar
22.
Lyttleton, R. A.
An accretion hypothesis for the origin of the solar system
Mon. Not. R. astr. Soc., 122, 399, 1961.Google Scholar
24.
McCrea, W. H.
The origin of the solar system. Proc. Roy. Soc. Lond. A256, 245, 1960.Google Scholar
25.
Murthy, V. R., Urey, H. C.
The time of formation of the solar system relative to nucleosynthesis. Astrophys. J., 135, 626, 1962.Google Scholar
26.
Murthy, V. R., Schmidt, R. A.
Isotope abundances of rare Earth elements in meteorites. I. Implications of Samarium, Europium and Gadolinium to the early history of the solar system, J. Geophys. Res., 68, 911, 1963.Google Scholar
28.
Rabe, E.
On the formation of rapidly rotating asteroids. Astrophys. J., 131, 231, 1960.Google Scholar
29.
Ringwood, A. E.
On the chemical evolution and densities of the planets. Geochim. et Cosmochim. Acta, 15, 257, 1959.Google Scholar
30.
Ruskol, E. L.
On the origin of the Moon. I. The formation of a pre-satellite swarm of bodies around the growing Earth. Astr. Zu., 37, 690, 1960.Google Scholar
31.
Ruskol, E. L.
On the origin of the Moon, in The Moon, IAU Symp. no. 14, Academic Press, London-New York, p. 149, 1962.Google Scholar
32.
Ruskol, E. L.
On the origin of the Moon. II. The formation of the Moon in the circumterrestrial swarm of satellites. Astr. Zu., 40, 288, 1963.Google Scholar
33.
Ruskol, E. L.
On the tidal evolution of the Earth-Moon system. Izv. Akad. Nauk. SSSR, Ser. geofiz., no. 2, 216
1963.Google Scholar
34.
Ruskol, E. L., Safronov, V. S.
On the origin of rapidly rotating asteroids. Astr. Zu., 38, 273, 1961.Google Scholar
35.
Safronov, V. S.
On the growth of the terrestrial planets. Voprosy Kosmogonii, 6, 63, 1958.Google Scholar
36.
Safronov, V. S.
On the turbulence in the protoplanetary cloud. in Proc. third Symp. on Cosmical Gas Dynamics, Cambridge U.S.A., 1957, IAU Symp. no. 8, Rev. Mod. Phys., 30, 1023, 1958.Google Scholar
37.
Safronov, V. S.
On the initial temperature of the Earth. Izv. Akad. Nauk. SSSR, Ser. geofiz., no. 1, 139, 1959.Google Scholar
38.
Safronov, V. S.
On the gravitational instability in flattened system with axial symmetry and non-uniform rotation. Dokl. Akad. Nauk. SSSR, 130, 53, 1960; Ann. Astroph., 23, 979, 1960.Google Scholar
39.
Safronov, V. S.
On the formation and evolution of the protoplanetary condensations. Voprosy Kosmogonii, 7, 121, 1960.Google Scholar
40.
Safronov, V. S.
A particular case of solution to coagulation equation. Dokl. Akad. Nauk. SSSR, 147, 64, 1962.Google Scholar
41.
Safronov, V. S.
On the temperature of the dust component of the protoplanetary cloud. Astr. Zu., 39, 278, 1962.Google Scholar
42.
Safronov, V. S.
On the problem of planet rotation. Voprosy Kosmogonii, 8, 150, 1962.Google Scholar
43.
Safronov, V. S.
On the velocity dispersion in rotating systems of gravitating bodies with inelastic collisions. Voprosy Kosmogonii, 8, 168, 1962.Google Scholar
44.
Tuominen, J.
On the vortices postulated in von Weizsäcker theory of the origin of the solar system. Z. Astrophys., 46, 88, 1958.Google Scholar
45.
Urey, H. C.
The early history of the solar system as indicated by meteorites. Proc. Chemical Soc. London, 67–78, March 1958.Google Scholar
46.
Urey, H. C.
Lines of evidence in regard to the composition of the Moon. (Proc. First 1ntern. Space Science Symp. Nice 1960), Space Research
I, p. 1114. North-Holland Publ. Co.
Amsterdam, 1960.Google Scholar
47.
Urey, H. C.
On the chemical evolution and densities of the planets. Geochim. et Cosmochim. Acta, 18, 151, 1960.Google Scholar
48.
Urey, H. C.
Evidence regarding the origin of the Earth. Geochim. et Cosmochim. Acta, 26, 1, 1962.Google Scholar
49.
Urey, H. C.
The origin of the Moon and its relationship to the origin of the solar system. in The Moon, IAU Symp. no 14, Academic Press, London-New York, p. 133, 1962.Google Scholar
50.
Urey, H. C.
Origin and history of the Moon, in Physics and Astronomy of the Moon, ed. Kopal, Z., Academic Press, London-New York, 1962. p. 481.Google Scholar
51.
Urey, H. C.
The origin and evolution of the solar system. Space Science, ed. Galley, D. P. Le, New York, ch. IV, 123–168, 1963.Google Scholar
52.
Whipple, F. L.
Notes on comets, meteors and planetary evolution. Publ. astr. Soc. Pacif., 70, 485, 1958.Google Scholar
53.
Wise, D. U.
An origin of the Moon by rotational fission during formation of the Earth’s core. J. geophys. Res., 68, 1547, 1963.Google Scholar
Bibliographie
2.
Kopal, Z.
Physics and Astronomy of the Moon. Academic Press, London-New York, 1962.Google Scholar
3.
The Moon, Meteorites and Comets (The Solar System, Vol. IV). Editeurs Kuiper, G. P. et Middlehurst, B., Univ. of Chicago Press, 1963.Google Scholar
4.
Symp. UAI no. 14, The Moon. Editeurs, Kopal, Z. et Mikhailov, Z.. Academie Press, London-New York, 1963. Edition en russe, Moscou, 1963.Google Scholar
10.
Öpik, E.
Progress Astronaut. Sci. Vol. 1, Singer, S. F., éd. North-Holland Publ. Co., Amsterdam, 1962. p. 219.Google Scholar
19.
Izv. Krym. astrofiz. Obs., 30, 1963.Google Scholar
23.
Krotikov, V. D., Profiryev, V. A., Troitsky, V. S.
Izv. Vysšïkh Učebn. Zaved., Radiofizika, 4, 1004, 1961.Google Scholar
35.
Troitsky, V. S., Krotikov, V. D.
Izv. Vysšikh Učebn. Zaved., Radiofizika, 5, 602 et 839, 1962.Google Scholar
37.
Herring, A. K.
Commun. Lunar and Planet. Lab. (Tucson), 1, no. 4, 9 et 19, 27, 43, 154, 1962.Google Scholar
39.
Arthur, D.W.G.
et al.
Commun. Lunar and Planet. Lab. (Tucson), 2, no. 30, 71, 1963.Google Scholar
40.
Hackman, R. T., Eggleton, R. E., Marshall, C. H.
U.S. Geolog. Survey, Astrogeol. Stud., Annu. Rep.
1961-62, Part A.Google Scholar
41.
Hartman, W.K., Kuiper, G. P.
Commun. Lunar and Planet. Lab. (Tucson), 1, no. 12, 51, 1962.Google Scholar
Bibliographie
1. Coll. Intern. Astrophys. Liège, 1962, La Physique des Planètes. Publ. Inst. Astrophys., Cointe-Sclessin, 1963.Google Scholar
Bibliographie
2.
Rank, D. H., Rao, B. S., Sitaram, P., Slomba, A. F., Wiggins, T. A.
J. Opt. Soc. Amer., 52, 1004, 1962.Google Scholar
Bibliographie
Bibliographie
9. Coll. Intern. Astrophys. Liège, 1962, La Physique des Planètes. Publ. Inst. Astrophys., CointeSclessin, 1963.Google Scholar
17.
Gebbie, H. A., Delbouille, L., Roland, G.
Mon. Not. R. astr. Soc., 123, 497, 1962.Google Scholar
29.
Meinel, A. B., Hoxie, D. T.
Commun. Lunar and Planet. Lab. (Tucson), 1, no. 7, 35, 1962.Google Scholar
30.
Chase, S.C., Kaplan, L. D., Neugebauer, G.
JPL Techn. Rep. no. 32-429; J. geophys. Res.
68, 6157, 1963.Google Scholar
48.
Techn. Rep. JPL. no. 32, 429.Google Scholar
53.
Kuzmin, A. D., Salomonovitch, A. E.
Astr. Zu., 38, 1115, 1961 (trad. angl., Soviet Astr., 5, 851, 1962).Google Scholar
66. Proc. Third Intern. Space Sci. Symp., Washington, 1962. Space Res. III. North-Holland Publ. Co., Amsterdam, 1963.Google Scholar
69.
Kellog, W. W., Sagan, C.
Rep. Space Sci. Board, Nat. Acad. Sci. Washington, no. 944, 1961.Google Scholar
Bibliographie
1. Coll. Intern. Astrophys., Liège, 1963, La Physique des Planètes. Publ. Inst. Astrophys., Cointe-Sclessin, 1963.Google Scholar
3.
Slipher, E. C.
The photographic Story of Mars. Sky Publ. Corp.
Cambridge, Mass, and Northland Press, Flagstaff, Ariz., 1962.Google Scholar
21.
Kellog, W. W., Sagan, C.
Rep. Space Sci. Board, Nat. Acad. Sci., Washington, no. 944, 1961.Google Scholar
24.
Coulson, K. L., Lotman, M., Vachon, D. N.
Gen. Electric Techn. Rep., no. R. 62. SD. 71 et 58.Google Scholar
40.
Mintz, Y.
The Atmosphere of Mars and Venus. U.S. Acad. Sci. Publ., Washington, 1961, p. 944.Google Scholar
Bibliographie
12.
Wlérick, G., Rösch, J., et al.
Advances in Electronics and Electron Physics, 14, 371, 1962.Google Scholar
14.
Teifel, V. G.
Izv. Akad. N. Kazahskoj SSR (Alma-Ata), Ser. fiz.-mat.
, 16, no. 1, 1963.Google Scholar
17.
Gehrels, T.
Communic. Lunar and Planet. Lab. (Univ. Arizona) et Astr.J.
, 67, 272, 1962.Google Scholar
Bibliographie
Bibliographie
8.
Dollfus, A. Coll. Intern. Astroph. Liège, 1962, La Physique des Planètes. Publ. Inst. Astroph., Cointe-Sclessin, 1963, p. 593.Google Scholar