Hostname: page-component-7479d7b7d-m9pkr Total loading time: 0 Render date: 2024-07-08T10:37:39.532Z Has data issue: false hasContentIssue false

16. Commission Pour l’Etude Physique des Planetes 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. Sagan, C. 1966, The photometric properties of Mercury. Astrophys. J, 144, 1318.Google Scholar
2. Boyer, Ch., Camichel, H. 1965, Etude photographique de la rotation de Venus. C. r. Acad. Sci. Paris, 260, 809.Google Scholar
3. Boyer, Ch., Guerin, P. 1966, Mise en evidence directe par la photographie d’une rotation retrograde de Venus en 4 jours. C. r. Acad. Sci. Paris, 263, 253.Google Scholar
4. Smith, B. A. 1964, A Photographic Optical Semidiaraeter of Venus. Astr.J, 69, 150.CrossRefGoogle Scholar
5. Dollfus, A., Maurice, E. 1965, C. r. Acad. Set. Paris, 260, 427.Google Scholar
6. Pollack, J. B., Sagan, C. 1965, The Microwave Phase Effect of Venus. Icarus, 4, 62.CrossRefGoogle Scholar
7. Pollack, J. B., Sagan, C. 1965, Polarization of Thermal Emission from Venus. Astrophys. J., 141, 1161.Google Scholar
8. Sagan, C, Pollack, J. B. 1967, An Analysis of the Mariner II Microwave Observations of Venus. To be published.Google Scholar
9. Sagan, C, Pollack, J. B. 1966, On the Nature of the Clouds and the Origin of the Surface Temperature of Venus. Astr. J., 71, 17.Google Scholar
10. Lippincott, E. R., Eck, R., Dayhoff, , M. O., Sagan, C. Thermodynamic Equilibria in Planetary Atmospheres. Astrophys. J., 147, 753.CrossRefGoogle Scholar
11. Barabashov, N. P. 1965, Sur les particularity photométriques de la lumiere reflechie venant de la surface visible de Venus. Vestmk Karkovsk. gos. Univ., no. 4, Ser. Astr. Fasc, 1, 13.Google Scholar
12. Capen, C. F. Physical appearance of the planet Mars during the period of Mariner IV encounter. JPL Lab. Report.Google Scholar
13. Capen, C. F. 1965, Mars Patrol 1964. JfPL, SPS, no. 37.Google Scholar
14. Tull, R. G. 1966, Icarus, 5 (in press).CrossRefGoogle Scholar
15. Dollfus, A. 1966, C. r. Acad. Sci. Paris, 262, 519.Google Scholar
16. Dollfus, A., Focas, J. H. C. r. Acad. Sci. Paris, 262, 1024.Google Scholar
17. Focas, J. H. 1966, Transparency of the Martian atmosphere and visibility of the surface details in the blue and the ultra-violet. COSPAR Meeting.Google Scholar
18. Robinson, J. C. 1963, Photographic observations of Mars at New Mexico State University in 1960-61. Icarus, 2, 403.Google Scholar
19. Robinson, J. C. 1966, Ground based Photography of the Mariner IV Region of Mars. Icarus, 5, 245.Google Scholar
20. Morozhenko, A. V. 1964, Résultats des observations polarimetriques de Mars en 1962-63, Collection ‘Physique de la Lune et des Planetes’, Edition Naukova Dounka, Kiev, p. 58.Google Scholar
21. Morozhenko, A. V. 1960, Proprietes de la polarisation de l’atmosphere et de la surface de Mars. Collection ‘Physique de la Lune et des Planetes’, Edition Naukova Dounka, Kiev.Google Scholar
22. Morozhenko, A. V. 1966, Recherche des proprietes de polarisation de la lumiere reflechie par des formes variees des couches terrestres. Collection ‘Physique de la Lune et des Planetes’. Edition Naukova Dounka, Kiev.Google Scholar
23. Yanovitsky, E. G. 1965, Sur l’aerosol composant l’atmosphere de Mars. Colloque d’Astrophysique, Edition Naukova Dounka, Kiev.Google Scholar
24. Gifford, Jr., F. A. 1964, The Martian canals according to a purely Aeolian hypothesis. Icarus, 3, 130.Google Scholar
25. Mottoni, G. de 1966, Osservazioni visuali di Marte durante l’opposizione afelica del 1965, 2, Fasc. 2.Google Scholar
26. Vaucouleurs, G. de 1964, Icarus, 3, 236.Google Scholar
27. Meiller, V. 1964, U.S. nav. Obs. Circ, no. 98.Google Scholar
28. Vaucouleurs, G. de 1965, Sky Telesc, 30, 196.Google Scholar
29. Vaucouleurs, G. de 1964, Icarus, 3, 187 Google Scholar
30. Sagan, C, Phaneuf, J. P., Ihnat, M. 1965, Total Reflection Spectrophotometry and Thermogravimetric Analysis of Simulated Martian Surface Materials. Icarus, 4, 43.Google Scholar
31. Sagan, C. 1966, Mariner IV Observations and the Possibility of Iron Oxides on the Martian Surface. Icarus, 5, 102.Google Scholar
32. Pollack, J. B., Sagan, C. 1967, Photometric and Polarimetric Properties of Mars. To be published.Google Scholar
33. Sagan, C, Pollack, J. B., Goldstein, R. 1967, Radar Doppler Spectroscopy of Mars. I- Elevation Differences between Bright and Dark Areas. Smitkson. Inst, astrophys. Obs. Res. Space. Sci. Spec, Rep., no. 221, 1966. Astr. J., In press.Google Scholar
34. Sagan, C, Pollack, J. B. 1966, Elevation Differences on Mars. Smithson. Inst. astrophys. Obs. Spec. Rep., no. 224.Google Scholar
35. Pollack, J. B., Sagan, C. 1967, Secular Changes and Dark Area Regeneration on Mars. Icarus (in press).Google Scholar
36. Pollack, J. B., Greenberg, E., Sagan, C. 1966, A Statistical Analysis of the Martian Wave of Darkening and Related Phenomena. Submitted to Planet. Space Sci. Google Scholar
37. Sagan, C, Pollack, J. B. 1966, An inorganic model of Martian phenomena. Astr. J., 77, 178.Google Scholar
38. Sagan, C, Pollack, J. B. 1966, On the nature of the canals of Mars. Nature, 212, 117.Google Scholar
39. Palm, A., Basu, B. 1965, The Blue Haze of Mars. Icarus, 4, 111.Google Scholar
40. O’Leary, B. T., Rea, D. G., The influence of topography on the formation of temporary bright patches on Mars. Space Sci. Lab., University of California Berkeley.Google Scholar
41. Rea, D. 1964, The darkening wave on Mars. Nature, 201, 1014.CrossRefGoogle Scholar
42. Roth, J. A. 1964, Precision globes of Mars. Sky Telesc, 27, 19.Google Scholar
43. Wells, R. A. 1966, An analysis of Martian clouds and their topographical relationships. ESRO scient. Notes, no. 54.Google Scholar
44. Wells, R. A. 1966, Some aspects of Martian clouds and their relation to the topography. Vienna COSPAR Proceedings, 10-19 May.Google Scholar
45. Wells, R. A. 1965, Evidence that the dark areas on Mars are elevated Mountain Ranges. Nature, 207, 735.Google Scholar
46. Wells, R. A. 1965, A re-evaluation of W, H. Wright’s plates of the 1924 and 1926 opposi- tions of Mars. Planet. Space Sci., 13, 261.Google Scholar
47. DoIIfus, A., Focas, J. 1966, Polarimetric Study of the Planet Mars. AFCRL Final Report, Contract AF 61(052)508.Google Scholar
48. Dollfus, A. 1965, Etude de la Planete Mars de 1954 a 1958. Ann. Astrophys., 28, 722.Google Scholar
49. Mclntosh, R. A. 1965, The 1962 eruption on Jupiter. 5th Stars, 21, 20.Google Scholar
50. Guerin, P. 1965, Photographies de Jupiter a tres haute resolution. Ann. Astrophys., 28, 395.Google Scholar
51. Reese, E. J., Smith, B. A. 1966, A rapidly moving spot on Jupiter’s north temperate belt. Icarus, 5, 248.Google Scholar
52. Reese, E. J., Solberg, H. G. 1966, Recent measures of the latitude and longitude of Jupiter’s Red Spot. Icarus, 5, 266.Google Scholar
53. Smith, B, A. 1966, Rotation Numbers for Jupiter. Apparitions of 1965-66, 1966-67. Contr. Obs. New Mexico State Univ. Spec. Series, no. 2 and 3.Google Scholar
54. Teifel, V. G. 1964, Sur les proprietes photométriques de la Tache Rouge sur Jupiter. Astr. Zu., 41, no. 3.Google Scholar
55. Teifel, V. G. 1967, Spectrophotometrie de la Tache Rouge de Jupiter. Fizika planet. AN Kaz. SSR. Nauka (in press).Google Scholar
56. Aksenov, A. N. 1966, Résultats préliminaires de l’étude photométrique de l'activité de l’atmosphère de Jupiter. Issledovanija planety Jupiter, AN-SSSR.Google Scholar
57. Aksenov, A. N., Grigor’eva, Z. N., Priboeva, N. V., Romanenko, Z. G,, Tejfel, V. G. 1967, Activite periodique de Jupiter d’apres les donnees d’observations photométriques. Astro-nomiceskij Vestnik.Google Scholar
58. Binder, A. B., Cruikshank, D, P. 1964, Evidence for an atmosphere on Io. Icarus, 3, 299.Google Scholar
59. Binder, A. B., Cruikshank, D. P. 1966, Photometric search for atmospheres on Europe and Ganymede. Icarus, 5, 7.Google Scholar
60. Vsetsviatsky, S. K. 1965, Astr. Cirk., no. 317, 2.Google Scholar
61. Vsetsviatsky, S. K. 1965, Sur la nature des changements sur la surface de Jupiter. Astr. Zu., 42, 639.Google Scholar
62. Vsetsviatsky, S. K. 1965, Changements sur Jupiter. Geofiz. Astr. Inf. BjulL, no. 8, 3.Google Scholar
63. Vsetsviatsky, S. K. Résultats des observations de Jupiter en 1962-65. Travaux A.F.I. (in press).Google Scholar
64. Bolkvadze, O. R. Recherches sur les polarisations particulieres de Jupiter et de Saturne. Google Scholar
65. Lehnan, A. P. The motion of the Red Spot on Jupiter. J. Br. astr. Ass., 74, 203.Google Scholar
66. Combes, M. 1966, Contribution a l’étude de la haute atmosphere de Jupiter. These, Paris.Google Scholar
67. Vapillon, L. Thesis, in preparation.Google Scholar
68. Bolkvadze, O. R. Recherches sur les polarisations particulieres de Jupiter et de Saturne.Google Scholar
69. Bobrov, M. S. Situation actuelle de la question de la structure et de l’epaisseur des anneaux de Saturne. Travaux A.F.J. (in press).Google Scholar
70. Bobrov, M. S. Sur les observations des anneaux de Saturne, etc.. , Cirk. VAGO (in press).Google Scholar
71. Minin, I. N, 1965, Sur la diffusion de la lumiere dans les atmospheres des Planetes. Trudy astr. Obs. Leningrad, gos. Univ., 22, no. 328, 39.Google Scholar
72. Coupinot, G. Determination du diametre d’un petit disque par balayage photoelectrique. C, r. Acad. Sci. Paris (in press).Google Scholar

References

1. Kozyrev, N, A. 1964, Sky Telesc, 27, 339.Google Scholar
2. Spinrad, H,, Hodge, P. W. 1965, Icarus, 4, 105.Google Scholar
3. Kozyrev, N. A. 1965, Sky Telesc., 30, 360.Google Scholar
4. Moroz, V. I. 1964, Astr. Zu. 41, 1108.Google Scholar
5. Spinrad, H., Field, G. B., Hodge, P. W. 1965, Astropkys. J., 141, 1155.Google Scholar

References

1. Evans, D. C. Astr. J., 70, 321, 1965 and NASA-Goddard Space Flight Center Report, X-613-66-172, May 1966.Google Scholar
2. Glushneva, I. N. 1966, Astr. Zu., 41, 720.Google Scholar
3. Spinrad, H., Richardson, E. H. 1965, Astrophys. J., 141, 282.Google Scholar
4. Prokofiev, V. K., Petrova, N. N. 1962, Mém. Soc. R. Sci. Liège, 5ème ser., 7, 311.Google Scholar
5. Spinrad, H. 1966, Astrophys. J., 145, 943.Google Scholar
6. Bottema, M., Plummer, W., Strong, J. 1964, Astrophys. J., 139, 1021.Google Scholar
7. Bottema, M., Plummer, W,, Strong, J. 1965, Ann. Astrophys., 28, 225.Google Scholar
8. Strong, J. 1966, Proceedings of the Cal Tech-JPL Lunar and Planetary Conference, p. 147 June 15.Google Scholar
9. Dollfus, A. Ibid., p. 187.Google Scholar
10. Bottema, M., Plummer, W., Strong, J., Zander, R. 1964, Astrophys. J., 140, 1640.Google Scholar
11. Belton, M. J. S., Hunten, D. M. 1966, Astrophys. J., 146, 307.Google Scholar
12. Spinrad, H., Shawl, S. J., 1966, Astrophys. J., 146, 328.Google Scholar
13. Westphal, J. A., Wildey, R. L,, Murray, B. C. 1965, Astrophys. J., 142, 799.Google Scholar
14. Westphal, J. A. 1966, J. geophys. Res., 71, 2693.Google Scholar
15. Moroz, V. I. 1964, Astr. Zu. 41, 711.Google Scholar
16. Guinot, B. 1965, C. r. Acad. Sci., Paris, 260, 431.Google Scholar

References

1. Evans, D. C. 1965, Science, 149, 969.Google Scholar
2. O’Leary, B. T. 1965, Publ. astr. Soc. Pacif., 77, 168.Google Scholar
3. Marshall, J. V. 1964, Comm. Lunar Planet. Lab., 2, 167.Google Scholar
4. Owen, T. 1966, Astrophys. J., 146, 257.CrossRefGoogle Scholar
5. Belton, M. J. S., Hunten, D. M. 1966, Astrophys. J., 145, 454.Google Scholar
6. Gray, L. D. 1966, Icarus, 5, 390.Google Scholar
7. Spinrad, H., Schorn, R. A., Moore, R., Giver, L. P., Smith, H. J. 1966, Astrophys. J., 146. 331.Google Scholar
8. Schorn, R. A., Spinrad, H., Moore, R., Smith, H. J., Giver, L. P. Asirophys. J, (in press).Google Scholar
9. Heyden, F. J., Kiess, C. C, Willauer, W. R. 1966, Astrophys. J., 143, 595.Google Scholar
10. Dollfus, A. 1965, C. r. Acad. Set., Paris, 261, 1603.Google Scholar
11. Dollfus, A. 1966, Proceedings of the CALTECH-JPL Lunar and Planetary Conference, p. 288(15 June).Google Scholar
12. Younkin, R. L. 1966, Astrophys. J., 144, 809.Google Scholar
13. Tull, R. G. 1966, Icarus, 5, 505.Google Scholar
14. Binder, A. B., Cruikshank, D. P. 1964, Comm. Lunar Planet. Lab., 2, 193.Google Scholar
15. Binder, A. B., Cruikshank, D. P, 1966, Icarus, 5, 521.Google Scholar
16. Draper, A. L., Adamcik, J. A., Gibson, E. K. 1964, Icarus, 3, 63.Google Scholar
17. Moroz, V. I. 1964, Astr. Zu., 41, 350.Google Scholar
18. Shirk, J. S, Haseltine, W. A., Pimentel, G. C. 1965, Science, 147, 48.Google Scholar
19. Rea, D. G., O’Leary, B. T., Sinton, W. M. 1965, Science, 147, 1286.Google Scholar
20. Giver, L. P. 1965, Publ. astr. Soc. Pacif., 77, 128.Google Scholar
21. Connes, J., Connes, P., Kaplan, L. D. 1966, Science, 153, 739.Google Scholar

References

1. Stecher, T. 1965, Astrophys. J., 142, 1186.CrossRefGoogle Scholar
2. Stecher, T. 1965, Ann. Astrophys., 28, 788.Google Scholar
3. Evans, D. C. NASA-Goddard Space Flight Center Report X-613-66-172, May 1966.Google Scholar
4. Glushneva, I. N. 1964, Astr. Zu., 41, 720.Google Scholar
5. Taylor, D. J. 1965, Icarus, 4, 362.CrossRefGoogle Scholar
6. Clarke, D., Grainger, J. F. 1965, Planet. Space Sci., 13, 1164.Google Scholar
7. Dulk, G. A., Eddy, J. A. 1966, Astr. J., 71, 160.Google Scholar
8. Teifel’, V. G. 1966, Astr. Zu. 43, 154.Google Scholar
9. Owen, T., Richardson, E. H., Spinrad, H. 1964, Astrophys. J., 139, 1374.Google Scholar
10. Owen, T. 1965, Astrophys. J., 141, 444.Google Scholar
11. Owen, T. 1965, Astrophys. J., 142, 782.Google Scholar
12. W. Giver, L. P. 1965, Publ. astr. Soc. Pacif., 77, 128.Google Scholar
13. Spinrad, H., Giver, L. P. 1966, Publ. cstr. Soc. Pacif., 78, 175.Google Scholar
14. Danielson, R. E. 1966, Astrophys. $., 143, 949.Google Scholar
15. Murray, B. C, Wildey, R. L., Westphal, J. A. 1964, Astrophys. J., 139, 986.Google Scholar
16. Wildey, R, L. 1965, Science, 47, 1035.Google Scholar
17. Wildey, R. L. 1966, Astrophys. J., 144, 1241.Google Scholar
18. Wildey, R. L., Murray, B. C, Westphal, J. A. 1965, J. geophys. Res., 70, 3711.Google Scholar

References

1. Binder, A. B., Cruikshank, D. P. 1964, Icarus, 3, 299.Google Scholar
2. Murray, B. C, Wildey, R. L., Westphal, J. A, 1964, Astrophys. J., 139, 986.Google Scholar
3. Owen, T. 1965, Science, 149, 974.Google Scholar
4. Moroz, V. I. 1965, Astr. Zu., 42, 1287.Google Scholar
5. Kalinyak, A. A. 1965, Astr, Zu. 42, 1067.Google Scholar
6. Binder, A. B., Cruikshank, D. P. 1966, Astrophys. J., 144, 1240.Google Scholar

References

1. Low, F. 1966, Astrophys. J., 146, 326.Google Scholar
2. Owen, T. 1966, Astrophys, J., 146, 611.Google Scholar
3. Owen, T. Icarus (in press).Google Scholar

References

1. Pettengill, G. H., Dyce, R. B. 1965, ‘A Radar Determination of the Rotation of the Planet Mercury’, Nature, Lond, 206, 1240.Google Scholar
2. Clark, B. G., Kuz’min, A. D.The Measurement of the Polarization and Brightness Distribution of Venus at 106-cm Wavelength’, Astrophys, J., 142, 23. 1965; Astr. Zu., 42, 595, 1965; Dokl, SSSR, 161, 551. 1965; Soviet Phys. Dokl., 10, 180, 1965.Google Scholar
3. Kliore, A., Cain, D. L., Levy, G. S., Eshleman, R. Von Fjeldbo, G., Drake, F. D. 1965, ‘Occupation Experiment: Results of the First Direct Measurement of Mars’ Atmosphere and Ionosphere’, Science, 149, 1243.Google Scholar
4. Bigg, E. K. 1964, ‘Influence of the Satellite Io on Jupiter’s Decametric Emission’, Nature, Lond., 203, 1008.Google Scholar
5. Kellermann, K. I. 1966, ‘The Thermal Radio Emission from Mercury, Venus, Mars, Saturn, and Uranus’, Icarus, 5, 478.Google Scholar
6. Kellermann, K. I., Pauliny-Toth, I. I. K. 1966, ‘Observations of the Radio Emission of Uranus, Neptune, and Other Planets at 1·9 cm’. Astrophys. J., 145, 954. Symposium on Planetary Atmospheres and Surfaces, Dorado, Puerto Rico, Special Issue, Radio Science, Vol. 69D, December, 1965.Google Scholar
7. Ellis, G. R. A.The Decametric Radio Emission of Jupiter’, p. 1513.Google Scholar
8. Carr, T. D., Gulkis, S., Smith, A. G., May, J., Lebo, G. R., Kennedy, D. J., Bollhagen, H.Results of Recent Investigations of Jupiter’s Decametric Radiation’, p. 1530.Google Scholar
9. Slee, O. B., Higgins, C. S.Results from CSIRO, Sydney, Australia’, p. 1536.Google Scholar
10. Warwick, J. W., Gordon, M. A.Frequency and Polarization Structure of Jupiter’s Decametric Emission on a 10-millisecond Scale’, p. 1537.Google Scholar
11. Roberts, J, A.Jupiter, as Observed at Short Radio Wavelengths’, p. 1543.Google Scholar
12. Berge, G. L.An Interferometric Study of Jupiter at 10 and 21 cm’, p. 1552.Google Scholar
13. Thome, K. S.Dependence of Jupiter’s Decimeter Radiation on the Electron Distribution in its Van Allen Belts’, p. 1557.Google Scholar
14. Gibson, J. E.Observations of Jupiter at 8·6 mm’, p. 1560.Google Scholar
15. Kazes, I.Simultaneous Observations of Jupiter on Three Frequencies’, p. 1561.Google Scholar
16. Barber, D., Gower, J. F. R.A Report of Measurements’, p. 1563.Google Scholar
17. Barrett, A. H, ‘Passive Radio Observation of Mercury, Venus, Mars, Saturn, and Uranus’, p. 1565.Google Scholar
18. Hardebeck, H. E.Mars and Venus at 70-cm Wavelength’, p. 1573.Google Scholar
19. Kellermann, K. I.Radio Observations of Mercury, Venus, Mars, Saturn, and Uranus’, P. 1574.Google Scholar
20. Salomonovich, A. E.The Observations of Radio Emission from the Planets Mercury, Mars, and Saturn at Wavelength of 8 mm’, p. 1576.Google Scholar
21. Drake, F. D.A Search for the 136-cm Water-Vapor Line in Venus’, p. 1577.Google Scholar
22. Gibson, J. E., Corbett, H. H.Radiation of Venus at the 13’5-mm Water Line’, p. 1577.Google Scholar
23. Welch, W. J.Observations of the 1·35-cm Water-Vapor Line in Venus’, p. 1580.Google Scholar
24. Muhleman, D. O., Sato, T.Observations of Mars at 12·5-cm Wavelength, p. 1580.Google Scholar
25. Basharinov, A. E., Kutuza, B. G.On the Nature of the Cloud Layer of Venus (From Radiometric Observations at Microwave)’, p. 1580.Google Scholar
26. Sagan, C, Pollack, J. B.An Analysis of Microwave Observations of Venus’, p. 1583.Google Scholar
27. Troitsky, V. S.Investigation of the Surfaces of the Moon and Planets by the Thermal Radiation’, p. 1585.Google Scholar
28. Hagfors, T., Moriello, J.The Effect of Roughness on the Polarization of Thermal Emission from a Surface’, p. 1614.Google Scholar
29. Pettengill, G. H.A Review of Radar Studies of Planetary Surfaces’, p. 1617.Google Scholar
30. Goldstein, R. M.Preliminary Venus Radar Results’, p. 1623.Google Scholar
31. Goldstein, R. M.Preliminary Mars Radar Results’, p. 1625.Google Scholar
32. Pettengill, G. H.Recent Arecibo Observations of Mercury’, p. 1627.Google Scholar
33. Dyce, R. B.Recent Arecibo Observations of Mars and Jupiter’, p. 1628.Google Scholar
34. Sagan, C, Pollack, J. B.Radio Evidence on the Structure and Composition of the Martian Surface’, p. 1629.Google Scholar
35. Muhleman, D. O.Radar Scattering from Venus and Mercury at 12·5 cm’, p. 1630.Google Scholar
36. Shapiro, I. I.Application of Planetary Measurements to Planetary Radius and Rotation Rate Determinations’, p. 1632.Google Scholar
37. Kotelnikov, V. A.Radar Observations of Venus in the Soviet Union in 1964, p. 1634.Google Scholar
38. Beckmann, P., Klemperer, W. K.Interpretation of the Angular Dependence of Backscattering from the Moon and Venus’, p. 1669.Google Scholar
39. Barrett, A. H., Staelin, D. H. 1964, ‘Radio Observations of Venus and the InterpretationsSpace Set. Rev., 3, p. 109, D. Reidel Publ. Co., Dordrecht-Holland.Google Scholar
40. Douglas, J. N.Decametric Radiation from Jupiter’, IEEE Trans., MIL-8, 173, 1964; IEEE Trans., AP-12, 839, 1964.Google Scholar
41. Goldstein, R. M.Radar Investigations of the Planets’, IEEE Trans., MIL-8, 199, 1964; IEEE Trans. AP-12, 865, 1964.Google Scholar
42. Haddock, F. T. 1966, ‘Radar and Radio Studies of the Moon and the Planets: Recent Progress (1960-63)’, Progress in Radio Science 1960-63, Vol. V, Radio Astronomy, p. 86 E. Herbays et at., editors, Elsevier Publ. Co., Amsterdam.Google Scholar
43. Mayer, C. H.Thermal Radio Radiation from the Moon and Planets’, IEEE Trans,, MIL-8, 236, 1964; IEEE Trans., AP-12, 902, 1964.Google Scholar
44. Mayer, C. H. 1966, ‘Radioastronomy Studies of Venus and Mars’, Astronaut. Aeronaut., 4, 13.Google Scholar
45. Pettengill, G. 1964, ‘Spectral Measurement Techniques in Planetary Radar’, Radio Science, 68D, 1025.Google Scholar
46. Pettengill, G. H., Shapiro, I. I, 1965, ‘Radar Astronomy’, A. Rev. Astr. Astrophys., 3, 377.Google Scholar
47. Smith, A. G-, Carr, T. D. 1964, Radio Exploration of the Planetary System, D. Van Nostrand, Princeton.Google Scholar
48. Thomson, H. H. 1963, ‘Planetary Radar’, Q.J.R. astr. Soc, 4, 347.Google Scholar
49. Warwick, J. W. 1964, ‘Radio Emission from Jupiter’, A. Rev. Astr. Astrophys., 2, 1.Google Scholar
50. Carpenter, R. L., Goldstein, R. M. 1963aRadar Observations of Mercury’, Science, 142, 381.Google Scholar
51. Evans, J. V., Brockelman, R. A., Henry, J. C, Hyde, G. M., Kraft, L. G., Reid, W. A., Smith, W. W. 1965, ‘Radio Echo Observations of Venus and Mercury at 23 cm Wavelength’, Astr. J., 70, 486.Google Scholar
52. Peale, S. J., Gold, T. 1965, ‘Rotation of the Planet Mercury’, Nature, Lond., ao6, 1240.Google Scholar
53. Goldreich, P. 1965, ‘Tidal De-Spin of Planets and Satellites’, Nature, Lond., 208, 375.Google Scholar
54. McGovern, W. E., Gross, S, H., Rasool, S. I. 1965, ‘Rotation Period of the Planet Mercury’, Nature, Lond., 208, 375.Google Scholar
55. Colombo, G. 1965, ‘Rotational Period of the Planet Mercury’, Nature, Lond., 208, 575.Google Scholar
56. Liu, H.-S., O’Keefe, J. A. 1965, ‘Theory of Rotation for the Planet Mercury’, Science, 150, 1717.Google Scholar
57. Laslett, L. J., Sessler, A. M. 1966, ‘Rotation of Mercury: Theoretical Analysis of the Dynamics of a Rigid Ellipsoidal Planet’, Science, 151, 1384.Google Scholar
58. Jefferys, W. H. 1966, ‘Rotation of the Planet Mercury, Science, 152, 201.CrossRefGoogle ScholarPubMed
59. Colombo, G., Shapiro, I. I. 1966, ‘The Rotation of the Planet Mercury’, Astrophys. J., 145, 296.Google Scholar
60. Kellermann, K. I. 1965, ‘11-cm Observations of the Temperature of Mercury’, Nature, Lond., 205, 1091.Google Scholar
61. Kutuza, B. G., Lossovsky, B. Ya., Salomonovich, A. E., 1965, Astr. Cirk., no. 327.Google Scholar
62. Epstein, E. E. 1966, ‘Mercury: Anomalous Absence from the 3·4 Millimeter Radio Emission of Variation with Phase’, Science, 151, 445.Google Scholar
63. Epstein, E. E. 1966, ‘Disk Temperature of Mercury and Mars’, Astrophys. J., 143, 597.Google Scholar
64. Rasool, S. I., Gross, S. H., McGovern, W. E. 1966, ‘The Atmosphere of Mercury’- Space Sci. Rev., 5, 565.Google Scholar
65. Shapiro, I. I. 1964, ‘Fourth Test of General Relativity’, Phys. Rev. Letters, 13, 789.Google Scholar
66. Shapiro, I. I. 1966, ‘Testing General Relativity with Radar’, Phys. Rev., 141, 1219.Google Scholar
67. Baars, J. W. M, Mezger, P. G., Wendker, H. 1965, ‘The Flux Density of the Strongest Thermal Radio Sources at the Frequency of 14-5 GHz’, Z. Astrophys, 61, 134.Google Scholar
68. Boischot, A., Ginat, M., Kazes, I. 1963, ‘Observations du Rayonnement des Planetes Venus at Jupiter sur 13 cm et 21 cm de Longueur d’Onde’, Ann. Astrophys., 26, 385.Google Scholar
69. Copeland, J. 1966, ‘Observations of Venus at 8·5 mm Wavelength Near Inferior Con- junction, Astrophys. J., 143, 996.Google Scholar
70. Copeland, J., Tyler, W. C. 1964, ‘Preliminary Results from Measurements of 8·6 mm Radiation from Venus’, Astrophys. J., 139, 409.Google Scholar
71. Davies, R. D., Williams, D. 1966, ‘Observations of the Continuum Emission from Venus, Mars, Jupiter, and Saturn at 21-2 cm Wavelength’, Planet. Space Sci., 14, 15.Google Scholar
72. Drake, F. D. 1964, ‘Microwave Observations of Venus, 1962^63’, Astr, J., 69, 62.Google Scholar
73. Epstein, Eugene E. 1965, ‘3·3mm Observations of Venus in 1964, Astr. J. 70, 721.Google Scholar
74. Hardebeck, H, E. 1965, ‘Radiometric Observations of Venus and Mars at 430 Mc/s’, Astrophys. J., 142, 1696.Google Scholar
75. Hughes, M. P, 1966, ‘Planetary Observations at Wavelength of 6 cm’, Planet. Space Sci., 14, 1017.Google Scholar
76. Lynn, V. L., Meeks, M. L., Sohigian, M. D. 1964, ‘Observations of Venus, the Region of Taurus A, and the Moon at 85-Millimeter Wavelength’, Astr. J., 69, 65.Google Scholar
77. McCullough, T. P., Boland, J. W. 1964, ‘Observations of Venus at 207 cm’, Astr. J., 69, 68.Google Scholar
78. Staelin, D. H., Barrett, A. H., Kusse, B. R. 1964, ‘Observations of Venus, the Sun, Moon, and Tau A at 1 18-cm Wavelength’, Astr.J., 69, 69.Google Scholar
79. Thornton, D. D., Welch, W. J. 1964, ‘Radio Emission from Venus at 8-35 mm’, Astr.J., 69, 71.Google Scholar
80. Tolbert, C. W., Straiton, A, W. 1964, ‘35-Gc/s, 70-Gc/s and 94-Gc/s Cytherean Radiation’, Nature, Lond., 204, 1242.Google Scholar
81. Tolbert, C. W., Straiton, A. W. 1964, ‘An Investigation of 35 Gc, 70 Gc, and 94 Gc Cytherean Radiation’, Univ. Texas Elec. Engr. Res. Lab. Rpt. no. 1 —02.Google Scholar
82. Vetukhnovskaya, Yu. N., Kuz’min, A. D., Kutuza, B. G., Losovskiy, B. Ya., Salomonovich, A. E. 1963, ‘Measurements of the Spectrum of Radio Emission of the Night Side of Venus in the Centimeter Band’, Izv Vyssih Uceb. Zaved., Radiofiz., 6, 1054.Google Scholar
83. Staelin, D. H., Barrett, A. H. 1966, ‘Spectral Observations of Venus near i-Centimeter Wavelength’, Astrophys. J., 144, 352.Google Scholar
84. Basharinov, A. E., Kutuza, B. G.The Nature of the Cloud Layer on Venus from Microwave Observations’, Astr. Zu., 43, 149. 1966; Soviet Astr., 10, 117, 1966.Google Scholar
85. Deirmendjian, D. 1964, ‘A Water Cloud Interpretation of Venus’ Microwave Continuum’, Icarus, 3, 109.Google Scholar
86. Ho, W., Kaufman, I. A., Thaddeus, P. 1966, ‘Laboratory Measurement of Microwave Absorption in Models of the Atmosphere of Venus’, J. geophys. Res., 71, 5091.Google Scholar
87. Kuz’min, A. D. 1965, ‘On the Theory of Venus Radio Emission, Izv. Vyssih Uc’eb. Zaved., Radiofiz, 8, 7.Google Scholar
88. Kuz’min, A. D. 1964, ‘The Venus Model with a “Cold” Absorbing Atmosphere’, Izv. Vyssih Uceb. Zaved., Radiofiz., 7, 1021.Google Scholar
89. Obring, G., Mariano, J. 1964, ‘The Effect of Cloudiness on a Greenhouse Model of the Venus Atmosphere’, J. geophys. Res., 69, 165.Google Scholar
90. Rasool, S. I., Jastrow, R. 1964, ‘The Atmospheres of Mars, Venus and Jupiter’, Life Sciences and Space Research II, M. Florkin, and A. Dollfus, , editors, p. 3, North Holland Publ. Co., Amsterdam.Google Scholar
91. Salomonovich, A. E. 1964, ‘Concerning the Detection of Water in the Atmosphere of Venus’, Izv. Vyssih Uc’eb. Zaved., Radiofiz., 7, 51.Google Scholar
92. Strelkov, G. M. 1965, ‘Effect of the Venusian Cloud Cover on its Radio Emission in the Centimeter and Millimeter Wave Bands’, Issledovaniye Atmosfer Venery i Marsa, p. 21, Izdatel’stvo Naukova Dumka, Kiev. ’Google Scholar
93. Thaddeus, P. 1964, ‘Recent Space Probe and Earth-Based Studies of Mars and Venus’, y. British Interplanet. Soc, 1963-64, 19, 419.Google Scholar
94. Thaddeus, P. 1965, ‘The Atmosphere of Venus’, Unmanned Exploration of the Solar System, Advances in the Astronautical Sciences, Vol. 19, G. W. Morgenthaler and R. G. Morra, editors, p. 201, American Astronautical Soc. Publ.Google Scholar
95. Basharinov, A. E., Vetukhnovskaya, Yu. N., Kuz’min, A. D., Kutuza, B. G., Salomonovich, A. E.Measurements of the Brightness Temperature of Venus at 8 mm’, Astr. Zu., 41, 707. 1964; Soviet Astr., 8, 563, 1965.Google Scholar
96. Dickel, J. R. 1966, ‘Measurement of the Temperature of Venus at a Wavelength of 3-75 cm for a Full Cycle of Planetary Phase Angles’, Icarus, 5, 305.Google Scholar
97. Kuz’min, A. D.Measurements of the Brightness Temperature of the Illuminated Side of Venus at 106 cm’, Astr, Zu, 42, 121, 1065; Soviet Astr., 9, 995, 1966.Google Scholar
98. Pollack, J. B., Sagan, C. 1965, ‘The Microwave Phase Effect of Venus’, Icarus, 4, 62.Google Scholar
99. Troitskiy, V. S. 1964, ‘The Theory of Radio Emission of Venus and Mars’, Izv. Vyssih Ui’eb. Zaved., Radiofiz., 7, 208.Google Scholar
100. Soboleva, N. S., Parijsky, Yu. N.The Possibility of Observing the Polarization of Thermal Radio Emission of Planets’, Astr. Zu., 41, 363. 1964; Soviet Astr., 8, 282, 1964.Google Scholar
101. Heiles, C. E., Drake, F. D. 1963, ‘The Polarization and Intensity of Thermal Radiation from a Planetary Surface’, Icarus, 2, 281.Google Scholar
102. Pollack, J. B., Sagan, C. 1965, ‘Polarization of Thermal Emission from Venus’, Astrophys. J., 141, 1161.Google Scholar
103. Seielstad, G. A., Morris, D., Radhakrishan, V- 1963, ‘Linear Polarization Measurements of the 10·6 cm Wavelength Radiation from Small-Diameter Radio Sources’, Astrophys J., 138, 602.Google Scholar
104. Kuz’min, A. D., Dent, W. 1966, ‘Measurements of the Brightness Temperature and Polarization of the Radio Emission of Venus at 3·75 cm’, Astr, Zu. 43, 692.Google Scholar
105. Barath, F. T., Barrett, A. H., Copeland, J., Jones, D. E., Liltey, A. E. 1964, ‘Mariner 2 Microwave Radiometer Experiment and Results’, Astr. J., 69, 49.Google Scholar
106. Danilov, A. D. 1964, ‘Radioastronomical Investigations and Modern Concepts Con- cerning the Venusian Atmosphere’, Kosmickiskie Issledovaniya, 2, 121,Google Scholar
107. Danilov, A. D.Radioastronomical Studies and the Ionosphere of Venus’, Dokl., SSSR, 162, 774, 1965; Soviet Phys, Dokl., 10, 483. 1965.Google Scholar
108. Danilov, A. D., Yatsenko, S. P.The Ionospheric Interpretation of the Results of Radar Observations of Venus —Parts I and IP, Geomagn. i Aeronom., 3, 585, 1963; Geomagn. and Aeronomy, 3, 475, 1963.Google Scholar
109. Kuz’min, A. D. 1963, ‘Concerning the Ionospheric Model of Venus’, Izv. Vyssih Učeb. Zaved., Radiofiz., 6, 1090.Google Scholar
110. Walker, R. G., Sagan, C. 1966, ‘The Ionospheric Model of the Venus Microwave Emission: An Obituary’, Icarus, 5, 105.Google Scholar
111. Letfus, V. 1966, ‘Radio Emission of Venus at 3 cm and the Solar Activity’, Nature, Lond., 211, 176.Google Scholar
112. Vakhnin, V. M., Lebedinskiy, A. I. 1965, ‘The Nature of Radio Noise Emission from the Surface of Venus’, Kosmischeskiye Issledovaniya, Izdatel’stov Nauka, 3, 917.Google Scholar
113. Plummer, W., Strong, J. 1966, ‘A New Estimate of the Surface Temperature of Venus’, Astrophys. J., 144, 422.Google Scholar
114. Karp, D., Morrow, W. E., Jr., Smith, W. B. 1964, ‘Radar Observations of Venus at 36 Centimeters’, Icarus, 3, 473.Google Scholar
115. Carpenter, R. L. 1964, ‘Study of Venus by CW Radar’, Astr. J., 69, 2.Google Scholar
116. Goldstein, R. M. 1964, ‘Venus Characteristics by Earth-Based Radar’, Astr. J., 69, 12.Google Scholar
117. Levy, G, S., Schuster, D. 1964, ‘Further Venus Radar Depolarization Experiments’, Astr. 3., 69, 29.Google Scholar
118. Muhleman, D. O. 1964, ‘Radar Scattering from Venus and the Moon’, Astr. J., 69, 341.Google Scholar
119. Schuster, D., Levy, G. S. 1964. ‘Faraday Rotation of Venus Radar Echoes’, Astr. J. 69, 42.Google Scholar
120. Carpenter, R. L. 1966, ‘Study of Venus by cw Radar- 1964 Results’, Astr. J., 71, 14.Google Scholar
121. Kotel’nikov, B. A., Dubrovin, V. M., Dubinskii, V. A., Kislik, M. D., Kusnetsov, B. I., Lishin, I. V., Morosov, V. A., Petrov, G. M., Rzhiga, O. N., Sytsko, G. A., Shakhovskoi, A. M.Radar Observations of Venus in the Soviet Union in 1962’, DokL, SSSR, 151, 532, 1963 Soviet Phys. DokL, 8, 642, 1964.Google Scholar
122. Kotel’nikpv, V. A., Aleksandrov, Yu. N., Apraksin, L. V., Dubrovin, V. M., Kislik, M. D., Kuznetsov, B. I., Petrov, G. M., Rzhiga, O. N., Frantsesson, A. V., Shakhovskoi, A. M, ‘Radar Observations of Venus in the Soviet Union in 1964’, DokL, SSSR, 163, 50. 1965; Soviet Phys. DokL, 10, 578, 1966.Google Scholar
123. Ponsonby, J. E. B., Thomson, J. H., Imrie, K. S. 1964, ‘Radar Observations of Venus and a Determination of the Astronomical Unit, 1962’, Mon. Not. R. astr. Soc, 128, 1.Google Scholar
124. Ponsonby, J. E. B., Thomson, J. H., Imrie, K. S. 1964, ‘Rotation Rate of Venus Measured by Radar Observations, 1964’, Nature, Lond., 204, 63.Google Scholar
125. Klemperer, W, K., Ochs, G. R,, Bowles, K. L, 1964, ‘Radar Echoes from Venus at 50 Mc/sec’, Astr. J., 69, 22.Google Scholar
126. James, J. C, Ingalis, R. P, 1964, ‘Radar Observations of Venus at 38 Mc/sec’, Astr. J., 69, 19.Google Scholar
127. Goldreich, P., Peale, S. J. 1966, ‘Resonant Rotation for Venus?’, Nature, Lond., 209, 1117.Google Scholar
128. Hagfors, T. 1966, ‘Relationship of Geometric Optics and Autocorrelation Approaches to the Analysis of Lunar and Planetary Radar’, J.geophys. Res., 71, 379.Google Scholar
129. Kotel’nikov, V. A., Dubrovin, V. M., Dubinskii, B. A., Kislik, M. D., Kuznetsov, B. I., Petrov, G. M., Rabotyagov, A. P., Rzhiga, , O. N., Shakhovskoi, A. M. 1964, ‘Radar Studies of the Planet Mars in the Soviet Union’, DokL, SSSR, 151, 811. 1963; Soviet Phys. DokL, 8, 760.Google Scholar
130. Goldstein, R. M. 1965, ‘Mars: Radar Observations’, Science, 150, 1715.Google Scholar
131. Sagan, C, Pollack, J. B., Goldstein, R. M. 1966, ‘Radar Doppler Spectroscopy of Mars, I. Elevation Differences Between Bright and Dark Areas’, Smithson. astrophys. Obs. Special Rpt, no. 221.Google Scholar
132. Tolbert, C. W. 1966, ‘Observed Millimeter Wavelength Brightness Temperatures of Mars, Jupiter, and Saturn’, Astr. J., 71, 30.Google Scholar
133. Kutuza, B. G., Losovskii, B. Ya., Salomonovich, A. E., Observations of the Radio Emission of Mars at 8 mm’, Astr. Zu., 43, 236, 1966; Soviet Astr., 10, 190, 1966.Google Scholar
134. Dent, W. A., Klein, M. J., Aller, H. D. 1965, ‘Measurements of Mars at A 3·75 CM from February to June, 1965’, Astrophys J., 142, 1685.Google Scholar
135. Kellermann, K. I. 1965, ‘Radio Observations of Mars’, Nature, Lond., 206, 1034.Google Scholar
136. Fjeldbo, G., Eshleman, V. R. 1965, ‘The Bistatic Radar-Occultation Method for the Study of Planetary Atmospheres’, J. geophys. Res., 70, 3217.Google Scholar
137. Fjeldbo, G., Eshleman, V. R., Garriott, O. K., Smith, F. L. III. 1965, ‘The, Two-Frequency Bistatic Radar-Occultation Method for the Study of the Planetary Ionospheres’, J. geophys. Res., 70, 3701.Google Scholar
138. Atchley, D. W. 1966, ‘Atmosphere of Mars: Mariner IV Modeis Compared’, Science, 153, ISJS.Google Scholar
139. Chamberlain, J. W., McElroy, M. B. 1966, ‘Martian Atmosphere: The Mariner Occupation Experiment’, Science, 152, 21.Google Scholar
140. Donahue, T. M. 1966, ‘Upper Atmosphere and Ionosphere of Mars’, Science, 152, 763.Google Scholar
141. Gross, S. H., McGovern, W. E., Rasool, S. I. 1966, ‘Mars: Upper Atmosphere’, Science, 151, 1216.Google Scholar
142. Johnson, F. S. 1965, ‘Atmosphere of Mars’, Science, 150, 1445. Google Scholar
143. Fjeldbo, G., Fjeldbo, W. C, Eshleman, Von R. 1966, ‘Models for the Atmosphere of Mars Based on the Mariner 4 Occultation Experiment’, J. geophys. Res., 71, 2307.Google Scholar
144. Kotel’nikcv, V. A., Apraksin, L. V., Dubrpvin, V. M., Kislik, M. D., Kuznetsov, B. I., Petrov, G. M., Rzhiga, O. N., Frantsesson, A. V., Shakhovskoi, A. M.Radar Observations of the Planet Jupiter’, DokL, SSSR, 155, 1037. 1964; Soviet Phys. DokL, 9, 250, 1964.Google Scholar
145. Goldstein, R, M. 1964, ‘Radar Observations of, Jupiter’, Science, 144, 842.Google Scholar
146. Goldstein, R. M. 1965, ‘Discussion’, Radio Science, 69D, 1629.Google Scholar
147. Warwick, J. W., Kreiss, W. T. 1964, ‘Observations of Jupiter’s Sporadic Radio Emission in the Range 76·41 Mc/s for the Years 1960-63’, High Alt. Obs. IGY Solar Activity Rpt. no. 28.Google Scholar
148. Warwick, J. W., Dulk, G. A. 1965, ‘Observation of Jupiter’s Sporadic Radio Emission in the Range 7-6-41 Mc/s January 1964 through May 1965 ’, High Alt. Obs. IGY Solar Activity Rpt. no. 32.Google Scholar
149. Alexander, J. K., Stone, R. G. 1965, ‘Influence of Satellite Io on the 263-Mc/s Emission from Jupiter’, Astrophys. J., 141, 1587.Google Scholar
150. Dulk, G. A. 1965, ‘Io-Related Radio Emission from Jupiter’, Science, 148, 1585.Google Scholar
151. Duncan, R. A. 1965, ‘Modulation of Jupiter Decametric Emission by the Satellite Io’, Planet. Space Sci. 13, 997.Google Scholar
152. Duncan, R. A. 1966, ‘Comments on the Modulation of Jovian Decametric Emission by Jupiter’s Satellites’, Planet. Space Sci.f 14, 173.Google Scholar
153. Lebo, G. R., Smith, A. G., Carr, T. D. 1965, ‘Jupiter’s Decametric Emission Corre-lated with the Longitudes of the First Three Galilean Satellites’, Science, 148, 1724.Google Scholar
154. Dickel, J. R. 1965, ‘Lack of Effect of Io on Jovian 3’75-cm Emission’, Nature, Lond., 206, 1241.Google Scholar
155. Gruber, G. M. 1965, “Possible Contribution of Jupiter’s Magnetrospheric Tail to the Radio Emissions of the Planet in the Decametric Region’, Nature, Lond., 208, 1271.Google Scholar
156. Barrow, C. H., Resch, G. ML, Hyde, R W., Gruber, G. M., Bosch, M. C. 1964, ‘Spaced- Site Observations of Jupiter in 1963’, Nature, Lond., 204, 637.Google Scholar
157. Gledhill, J. A., Gruber, G. M., Bosch, M. C., 1963, ‘Radio Observations of Jupiter during 1962’, Nature, Lond., 197, 474.Google Scholar
158. Riihimaa, J. J. 1964, ‘High-Resolution Spectral Observations of Jupiter’s Decametric Radio Emission’, Nature, Lond., 202, 476.Google Scholar
159. Riihimaa, J. J. 1964, ‘Observations of Fine Structure in Jupiter’s Decametric Radio Emission’, Ann. Acad. Sci. Fennicae, Series A, VI. Physica, 156, 1.Google Scholar
160. Riihimaa, J. J. 1966, ‘High-Resolution Spectra of Decametric Radio Bursts from Jupiter’, Nature, Lond., 209, 387.Google Scholar
161. Riihimaa, J. J. 1966, ‘High-Resolution Spectral Observations of Decametric Radio Bursts from Jupiter’, Ann. Acad. Sci. Fennicae, Series A, VI. Physica, 206, 1.Google Scholar
162. McCulloch, P. M., Ellis, G. R. A. 1966, ‘Observations of Jupiter’s Decametric Radio Emissions’, Planet, Space Set., 14, 347.Google Scholar
163. Carr, T. D., Brown, G. W., Smith, A. G., Higgins, C. S., Bollhagen, H., May, J., Levy, J. 1964, ’Spectral Distribution of the Decametric Radiation from Jupiter in 1961’. Astrophys. J., 140, 778.Google Scholar
164. Smith, A. G., Lebo, G. R., Six, N. F., Jr., Carr, T. D., Bollhagen, H., May, J., Levy, J. 1965, ’Decameter-Wavelength Observations of Jupiter —The Apparitions of 1961 and 1962’, Astrophys. J., 141, 457.Google Scholar
165. Barrow, C. H. 1964, ‘Polarization Observations of Jupiter at Decameter Wavelengths’, Icarus, 3, 66.Google Scholar
166. Barrow, C. H. 1964, ‘Polarization of 16-Mc/s Radiation from Jupiter’, Nature, Lond., 201, 171.Google Scholar
167. Sherrill, W. M. 1965, ‘Polarization of Jovian Emission at Decameter Wave- lengths’, Nature, Lond., 205, 270.Google Scholar
168. Sherrill, W. M. 1965, ‘Polarization Measurements of Decameter Emission from Jupiter, Astrophys. J., 142, 1171.Google Scholar
169. Baart, E. E., Barrow, C. H., Lee, R. T, 1966, ‘Millisecond Radio Pulses from Jupiter’, Nature, Lond., 211, 808.Google Scholar
170. Oisson, C. N., Smith, A. G. 1966, ‘Decametric Radio Pulses from Jupiter: Charac- teristics’, Science, 153, 289.Google Scholar
171. Slee, O. B., Higgins, C. S. 1966, ‘The Apparent Sizes of the Jovian Decametric Radio Sources’, Austr. J. Phys., 19, 167.Google Scholar
172. Smith, A. G., Block, W. F., Morton, W. A., Lebo, G. R., , Carr, T. D., Oisson, C. N- 1966, ‘ Influence of the Terrestrial Environment on the Temporal and Statistical Characteristics of Jovian Decametric Radiation’, Radio Science, 1, 1167.Google Scholar
173. Warwick, J. W., Dulk, G. A. 1964, ‘Faraday Rotation of Decametric Radio Emissions from Jupiter’, Science, 145, 380.Google Scholar
174. Stone, R. G., Alexander, J. K., Erickson, W. C. 1964, ‘Low-Level Decameter Emissions from Jupiter’, Astrophys. J., 140, 374.Google Scholar
175. Dulk, G. A., Clark, T. A. 1966, ‘Almost-Continuous Radio Emission from Jupiter at 89 and’io MHz’, Astrophys. J., 145, 954.Google Scholar
176. Gulkis, , A., Carr, T. D. 1966, ‘Radio Rotation Period of Jupiter’, Science, 154, 257.Google Scholar
177. Chang, D. B. 1963, ‘Amplified Whistlers as the Source of Jupiter’s Decameter Radiation’, Astrophys. J., 138, 1231.Google Scholar
178. Zheleznyakov, V. V.The Origin of Jovian Radio Emission’, Astr, Zu., 42, 798. 1965; Soviet Astr., 9, 617, 1966.Google Scholar
179. Gulkis, S., Carr, T. D. 1966, ‘Asymmetrical Stop Zones in Jupiter’s Exosphere’, Nature, Lond., 210, 1104.Google Scholar
180. Thornton, D. D., Welch, W. J. 1963, ‘835 mm Radio Emission from Jupiter’, Icarus, 2, 228.Google Scholar
181. Korolkov, D. V., Parijsky, Yu. N,, Timofeeva, G. M. 1964, ‘Radioastronomical Observa- tions of Jupiter with High Resolution’, Astr. Cirk., no. 283.Google Scholar
182. Gol’nev, V. Ya., Lipovka, N, M., Pariiskii, Yu. N, ‘Observation of Radio Emission from Jupiter at a Wavelength of 65 cm at Pulkovo’, Dokl. SSSR, 157, 554. 1964; Soviet Phys. Dokl., 9, 512, 1965.Google Scholar
183. Rzhiga, O. N., Trunova, Z. G.Measurement of Jupiter’s Intrinsic Decimeter- Wavelength Radiation’, Astr. Zu., 42, 121. 1965; Soviet Astr., 9, 93, 1965.Google Scholar
184. Hardebeck, H. E. 1965, ‘Radiometric Observations of Jupiter at 430 Mc/s’, Astrophys J., 141, 837.Google Scholar
185. Krotikov, V. D., Troitskii, V. S., Tseitlin, N. M.Radio Emission Temperature of the Moon and Jupiter at 70·16 cm’, Astr. Zu., 41, 951, 1964; Soviet Astr., 8, 761, 1965.Google Scholar
186. Zakharov, A. V., Krotikov, V. D., Troitskiy, V. S., Tseytlin, N. M. 1964, ‘Measurement Results of the Radioemission Intensity of a Series of Discrete Sources, the Moon, and Jupiter at a Wavelength of 7016 cm’, Izv. Vyssih Uceb. Zaved., Radiofiz., 7, 553.Google Scholar
187. Barber, D., Gower, J. F. R. 1965, ‘The Spectral Index of the Radiation from Jupiter between 178 and 610 Megacycles/Second’, Planet. Space Set., 13, 889.Google Scholar
188. Miller, A. C, Griffin, J. 1966, ‘1414 Mc/sec Jupiter Observations’, Astr. J., 71, 755.Google Scholar
189. Gary, B. 1963, ‘An Investigation of Jupiter’s 1400 Mc/sec Radiation’, Astr. J., 68, 568.Google Scholar
190. Bash, F. N., Drake, F. D., Gundermann, E., , Heiles, C. E. 1964, ‘10-cm Observations of Jupiter, 1961-63’, Astrophys. J., 139, 975.Google Scholar
191. Barber, D. 1966, ‘The Polarization, Periodicity and Angular Diameter of the Radiation from Jupiter at 610 Mc/s’, Mon. Not. R. astr. Soc, 133, 285.Google Scholar
192. Roberts, J. A., Komesaroff, M. M. 1965, ‘Observations of Jupiter’s Radio Spectrum and Polarization in the Range from 6 cm to 100 cm’, Icarus, 4, 127.Google Scholar
193. Berge, G. L., Morris, D. 1964, ‘Decimeter Measurements Relating to the Possible Displacement of Jupiter’s Magnetic Dipole’, Astrophys. J., 140, 1330.Google Scholar
194. Roberts, J. A., Ekers, R. D. 1966, ‘The Position of Jupiter’s Van Allen Belt’, Icarus, 5, 149.Google Scholar
195. Roberts, J. A., Komesaroff, M. M. 1964, ‘Evidence for Asymmetry of Jupiter’s Van Allen Belt’, Nature, Lond., 203, 827.Google Scholar
196. Berge, G. L. 1965, ‘Circular Polarization of Jupiter’s Decimeter Radiation’, Astrophys. J., 142, 1688.Google Scholar
197. Ortwein, N. R., Chang, D. B., Davis, L., Jr. 1966, ‘Synchrotron Radiation from a Dipole Field’, Astrophys. J. Suppt., 12, 323.Google Scholar
198. Naumov, A. P., Khizhnyakov, I. P.Thermal Emission of Jupiter’, Astr. Zu., 42, 629, 1965; Soviet Astr., 9, 480, 1965.Google Scholar
199. Gross, S. H., Rasool, S. I. 1964, ‘The Upper Atmosphere of Jupiter’, Icarus, 3, 311.Google Scholar
200. Hide, R. 1966, ‘Planetary Magnetic Fields’, Planet. Space Sci., 14, 579.Google Scholar
201. Kutuza, B. G., Lossovsky, B. Ya., Salomonovich, A. E. 1965, ‘8 mm Radio Wave Emis sion by Saturn’, Dokl. SSSR, 161, 1301.Google Scholar
202. Davies, R. D., Beard, M., Cooper, B. F. C. 1964, ‘Observation of Saturn at 11·3 Centimeters’, Phys. Rev. Letters, 13, 325.Google Scholar
203. Slee, O. B. 1964, ‘A Search for Radio Emission from Uranus at 11-3 cm’, Astrophys. J., 140, 823.Google Scholar
204. Klein, M. J., Seling, T. V. 1966, ‘Radio Emission from Uranus at 8 Gc/s’, Astrophys. J. 146. 599.Google Scholar
205. Alexandrov, Y. N., Rzhiga, O. N. 1966, ‘A Comparison of the Reflection Characteristics of Mars at 40 and 125 cm from Radar Observations at Opposition in 1963’, Astr. Zu., 43, 813.Google Scholar
206. Rzhiga, O. N., Stobodenyuk, G. I., Titov, V. N., Trunova, Z. G. 1965, ‘A Microwave Radiometer and Measurement of the Natural Radiation of Jupiter’, Radio Engr. and Elect. Phys., 10, 306.Google Scholar
207. Kotelnikov, V., Doubrovine, V., Kouznetsov, B., Petrov, G., Rjiga, O., Chakhovski, A. 1965, ‘Etude des Planetes a l’Aide du Radar’, Onde Electrique, 45, 161.Google Scholar
208. Koz’min, A. D. 1966, ‘Results of Radio Observations of Mercury, Venus, and Mars’, Uspekhi Fizich. Nauk, 90, 303.Google Scholar

References

1. Peebles, P. J. E. 1964, Astrophys. J., 140, 328.Google Scholar
2. Ramsey, W. H., Miles, B. 1952, Mon. Not. R. astr. Soc, 112, 234.Google Scholar
3. Fessenkov, V, G., Massevitch, A. G. 1951, Astr. Zu., 28, 317.Google Scholar
4. DeMarcus, W. C, 1954, Astr.J., 63, 2.Google Scholar
5. Öpik, E. J. 1962, Icarus, 1, 200.Google Scholar
6. Reynolds, R. T., Summers, A. L. 1965, J. geophys. Res., 70, 199.Google Scholar
7. Ramsey, W. H. 1963, Mon. Not. R. astr. Soc, 125, 469.Google Scholar
8. DeMarcus, W, C, Reynolds, R. T, 1962, Proc. nth Int. Astrophysical Colloquium at Liege.Google Scholar
9. Birch, F. 1965, J. geophys. Res., 69, 4377.Google Scholar
10. McQueen, R. G., Fritz, J. N., Marsh, S. J, 1964, J. geophys. Res., 69, 2947.Google Scholar
11. Clark, S, P., Ringwood, A. E., 1964, Rev. Geophys., 2, 35.Google Scholar
12. Plagemann, S. 1965, J. geophys. Res., 70, 985.Google Scholar
13. Lamar, D. L. 1962-63, Icarus, 1, 258.Google Scholar
14. M- Lyttleton, R. A. 1965, Mon. Not. R. astr. Soc, 129, 21.Google Scholar
15. Bullen, K. E. 1966, Mon. Not. R. astr. Soc, 133, 229.Google Scholar
16. MacDonald, G. J. F. 1963, Space Sci. Rev., 2, 473.Google Scholar
17. Kovach, R. L, Anderson, D. L. 1965, J. geophys. Res., 70, 2873.Google Scholar
l8. Murray, B. C, Wildey, R. L. 1963, Astrophys. J. 137, 692.Google Scholar
19. Low, F. E. 1965, Lowell Obs. Bull., no. 128, 184.Google Scholar
20. Welch, W. J., Thornton, D. D. 1965, Astr. J., 70, 149.Google Scholar
21. Taylor, D. J, 1965, Icarus, 4, 362.Google Scholar
22. Harris, D. L. 1961, The Solar System, III: Planets and Satellites, Univ. of Chicago Press, Ch. 8.Google Scholar
23. Owen, T. 1965, Astrophys. J. 142, 782.Google Scholar
24. Owen, T., Walsh, T. E. 1965, Nature, 208, 476.Google Scholar
25. Danielson, R. E. 1966, Astrophys. J., 143, 949.Google Scholar
26. Stecher, T. E. 1965, Astrophys. J., 142, 1186.Google Scholar
27. Rank, D., H., Fink, U., Wiggins, T. A. 1966, Astrophys. J., 143, 980.Google Scholar
28. Sterrett, K. F., Klement, W.,Kennedy, G. C. 1965, J, geophys. Res., 70, 1979.Google Scholar
29. Kraut, E. A., Kennedy, G. C. 1966, Phys. Rev. Letters, 16, 608.Google Scholar
30. Ringwood, A. E. 1966, Advances in Earth Science, P. M., Hurley (Editor), M.I.T, Press, P. 357399.Google Scholar
31. Ringwood, A. E. 1966, Advances in Earth Science, P. M., Hurley (Editor), M.I.T. Press, P- 287355.Google Scholar
32. Carrier, G. F. 1965, J. Fluid Mech., 23, 145.Google Scholar
33. DeMarcus, W. C, Wildt, R. 1966, Nature, 209, 62.Google Scholar

References

Anders, E., Arnold, J. R. 1965, Science, 149, 1494.Google Scholar
Anders, E., Fitch, F. W. 1962, Science, 138, 1392.Google Scholar
Baldwin, R. B. 1965, Science, 149, 1498.Google Scholar
Barath, F. T., Barrett, A. H., Copeland, J., Jones, D. E. Lilley, A. E. 1964, Astr. J., 69,49.Google Scholar
Basharinov, A, E., Kutuza, B. G. 1965, Radio Science, 69D, 1580,Google Scholar
Belton, M. J. S., Hunten, D. M. 1966, Astrophys. J., 146, 307.Google Scholar
Bottema, M., Plummer, W., Strong, J. 1964, Ann. Astrophys., 28, 225.Google Scholar
Bottema, M., Plummer, W., Strong, J., Zander, R. 1965, J. geophys. Res., 70, 4401.Google Scholar
Brown, H., et at., eds. 1966, Proc. JPL Lunar and Plan. Conf., JPL, Pasadena.Google Scholar
Cameron, A. G. W. 1963, Interstellar Communication, W. A. Benjamin, Inc.Google Scholar
Clark, B. G., Kuz’min, A. D. 1965, Astrophys. J., 142, 23.Google Scholar
Colthup, N. B. 1961, Science, 132, 529.Google Scholar
Dollfus, A. 1963, C. r. Acad. Sci., Paris, 256, 3250.Google Scholar
Epstein, E. 1967, to be published.Google Scholar
Evans, D. C. 1965, Science, 149, 969.Google Scholar
Fitch, F. W., Anders, E, 1963, Ann. New York Acad. Sci., 108, Art. 2, 495.Google Scholar
Hartmann, W. K. 1966, Icarus, 5, 565.Google Scholar
Hawrylewicz, E, 1967, to be published.Google Scholar
Horowitz, N. H. 1966, Science, 151, 789,Google Scholar
Jones, D, E. 1961, Planet. Space Sci., 5, 166.Google Scholar
Kellermann, K. 1967 to be published.Google Scholar
Kellermann, K., Pauliny-Toth, I. K. 1966, Astrophys. J., 145, 954,Google Scholar
Kilston, S. D., Drummond, R, R., Sagan, C. 1966, Icarus, 5, 79.Google Scholar
Kliore, A., Cain, D. L., Levy, G. S., Eshleman, V. R., Fjeldbo, G., Drake, F. D. 1965. Science, 149, 1243.Google Scholar
Lederberg, J., Sagan, C. 1962, Proc. nat. Acad. Sci. U.S.A., 48, 1473.Google Scholar
Leighton, R. B., Murray, B. C. 1966, Science, 153, 136.Google Scholar
Leighton, R. B., Murray, B. C, Sharp, R. P., Allen, J. B., Sloan, R. K. 1965, Science, 149, 627.Google Scholar
Leovy, C. 1966, Science, 154, 1178.Google Scholar
Lippincott, E. R., Eck, R. V., Dayhoff, M. O., Sagan, C. 1967, Astrophys. J., 147, 753.Google Scholar
Mueller, R. R. 1964, Icarus, 3, 285.Google Scholar
O’Gallagher, J. J., Simpson, J. A. 1965, Science, 149, 1233.Google Scholar
Otterman, J., Bronner, F. E. 1966, Science, in press.Google Scholar
Packer, E., Scher, S., Sagan, C. 1963, Icarus, 2, 293.Google Scholar
Plummer, W, Strong, J. 1966, Astrophys. J., 144, 422.Google Scholar
Pollack, J. B., Sagan, C. 1965a, J. geophys. Res., 70, 4403.Google Scholar
Pollack, J. B., Sagan, C. 1965b, Icarus, 4, 62.Google Scholar
Pollack, J. B., Sagan, C. 1965c, Astrophys. J., 141, 1161.Google Scholar
Pollack, J. B., Sagan, C. 1967a, to be published.Google Scholar
Pollack, J. B., Sagan, C. 1967b, Icarus, in press.Google Scholar
Ponnamperuma, C., 1967, to be published.Google Scholar
Rea, D. G. 1964, Nature, 201, 1014.Google Scholar
Rea, D. G., Belsky, T., , Calvin, M. 1963, Science, 141, 923.Google Scholar
Rea, D. G., O’Leary, B. T., Sinton, W. M. 1965, Science, 147, 1286.Google Scholar
Sagan, C. 1961, Science, 133, 849.Google Scholar
Sagan, C. 1964, Life Sciences and Space Research II, Florkin, M. and Dollfus, A., eds., North Holland Publishing Co., Amsterdam, p. 35.Google Scholar
Sagan, C. 1966a, Icarus, 5, 102.Google Scholar
Sagan, C, Pollack, J. B. 19666, Smithson. astrophys. Obs. Spec. Rep., 110, 224. Google Scholar
Sagan, C, Pollack, J. B. 1966c, Astr.J., 71, 178.Google Scholar
Sagan, C, Pollack, J. B. 1967 J. J. geophys. Res., 15 January issue, in press.Google Scholar
Sagan, C. Pollack, J. B., Goldstein, R. M. 1967 Astr. J. 72, 20.Google Scholar
Sagan, C. et al. 1966, Chapter 9 in Biology and the Exploration of Mars, eds., Pittendrigh, C. S., , Vishniac, W., and Pearman, J. P. T., , U.S. National Academy of Sciences, Washington, D.C. Google Scholar
Schorn, R., et al. 1967 Astrophys. J. in press. Sharanov, V. V. 1957 J. Priroda Planet, Moscow.Google Scholar
Shirk, J. S., Haseltine, W. A., Pimentel, G. C. 1965, Science, 147, 48.Google Scholar
Siegel, S. M., Giumarro, G. 1965, Icarus, 4, 37.Google Scholar
Sinton, W. M. 1957 J. Astrophys. J., 126, 321.Google Scholar
Sinton, W. M, 1959, Science, 130, 1234.Google Scholar
Smoliuchowsky, R. 1965, Science, 148, 946.Google Scholar
Spinrad, H., Shawl, S. J. 1966, Astrophys. J., 146, 328. Google Scholar
Staplin, F. L. 1965, Chapter 2, Current Aspects of Exobiology, Mamikinian, G. and Briggs, M. A. eds., Pergamon Press, London.Google Scholar
Studier, M. H., Hyatsu, R., Anders, E. 1965, Science, 149, 1455.Google Scholar
Tolbert, C. W., Straiton, A. W. 1962, J. geophys. Res., 67, 1741.Google Scholar
Urey, H. C, Arnold, J. R. 1966, Chapter 4, Biology and the Exploration of Mars, eds. Pittendrigh, C. S., , Vishniac, W., and Pearman, J. P. T., , U.S. National Academy of Sciences, Washington, D.C. Google Scholar
Vakhnin, V. M., Lebedinsky, A. I. 1966, Zemlya i Vslennaya, no. 1, 79.Google Scholar
Vishniac, W., et al. 1966, Chapter 11, Biology and the Exploration of Mars, eds. Pittendrigh, C. S., Vishniac, W. and Pearman, J. P. T. U.S. National Academy of Sciences, Washington, D.C. Google Scholar
Walker, R. G., Sagan, C. 1966, Icarus, 5, 105.Google Scholar
Witting, J., Narin, F., Stone, C. A. 1965, Science, 149, 1496. Google Scholar
Young, R. S., Deal, P. H., Bell, J., Allen, J. L. 1964, Life Sciences and Space Research II. Google Scholar
Florkin, M. and Dollfus, A., eds., North Holland Publishing Co., Amsterdam, p. 105.Google Scholar

Bibliography

Mercury

1. Moroz, V. I. 1963, ‘COJJ in Atmosphere of Mercury’, Astr, Cirk., Moscow, no. 270.Google Scholar
2. Moroz, V. I. 1964, ‘Infra-Red Spectrum of Mercury (λ 1·0-3·9μ)’. Astr. Zu., 41, no. 6, 1108. Google Scholar
3. Moroz, V. I. 1965, ‘Infra-Red Spectra of Planets, Stars and Nebulae’, Thesis, Moscow State University.Google Scholar
4. Kutuza, B. G., Losovskiy, B. J., Salomonovitch, A. E. 1965, ‘Measurements of Radio-Emission of Mercury on 8-mm Wave’, Astr. Cirk., Moscow, no. 327, 5.Google Scholar
5. Polojentseva, G. A. 1964, ‘About Violet Absorption in Spectrum of Venus’, Izv. glav. astr. Obs. Pulkove, 23, no. 175-75.Google Scholar
6. Kozyrev, N. A. 1966, Izv. glav. astr. Obs. Pulkove, 24, no. 180.Google Scholar
7. Barabashov, N. P. 1965, ‘About Photometric Peculiarities of Light Reflection from the Visible Surface of Venus’, Vestnik Karkovsk. gos. Univ., no. 4, Ser. Astr., no. 1,13.Google Scholar
8. Barabashov, N. P., Belkina, I. L. 1965, ‘Spectrophotometric Investigations of the Great Dark Spot on Venus’, Vestnik Karkovsk, gos. Univ., no. 8, Ser. Astr., no. 2, 3.Google Scholar
9. Barabashov, N. P. 1966, ‘Spectrophotometry of the Great Dark Spot on Venus’, Astr. Cirk., Moscow, no. 353.Google Scholar
10. Jevsjukov, N. N., Jezersky, V. I. 1965, ‘About Optic Properties of the Atmosphere of Venus’, Vestnik Karkovsk. gos. Univ., no. 4, Ser, Astr., no. 1, 71.Google Scholar
11. Moroz, V. I. 1964. ‘Recent Observations of Infra-Red Spectra of Planets (Venus 1-4μ, Mars 1-4μ and Jupiter 1-6μ)’, Mint. Soc. R, Set. Léige, 5ème serie, 9, 520.Google Scholar
12. Morez, V. I. 1964, ‘Infra-Red Spectra and the Problem of Physical Conditions on the Surface of Venus’; Proceedings of the XIH-th International Astronautics 1 Congress, Varna, 1962, Springer Verlag, Wien and New York;Google Scholar
13. Jesipov, V. F., Moroz, V. I. 1963, ‘Experiment of Spectrophotometry of Venus and Mars in the Interval of 7000-10 000A’, Astr. Cirk., Moscow, no. 262, 1.Google Scholar
14. Moroz, V. I. 1963, ‘New Observations of Infra-Red Spectrum of Venus’, Astr. Cirk., Moscow, no. 262, 6.Google Scholar
15. Moroz, V. I. 1964, ‘New Observations of Infra-Red Spectrum of Venus (λ 1·2-3·8μ)’, Astr. Zu., 41, 711.Google Scholar
16. Moroz, V. I. ‘Bands CO2 and Some Optic Properties of Atmosphere of Venus’, Astr. Zu. (in press).Google Scholar
17. Moroz, V, I. 1964, ‘Phase Effect of Intensified Absorption Bands CO2 in Spectrum of Venus’, Astr. Cirk., Moscow, no. 305.Google Scholar
18. Vetuhnovskaja, U, N., Kuzmin, A. D., Kutuza, B. G., Losovskij, B. J., Salomonovitch, A. E. 1963, ‘Measurements of Radio-Emission Spectrum of Venus Night Part in centimeter Wave Range’. Izv. Vyssih Ufeb. Zaved. Radiofiz., 6, 1054.Google Scholar
19. Troitskiy, V. S. 1964, ‘To the Theory of Radio-Emission of Venus and Mars’. Izv. Vyssih Uceb. Zaved. Radiofiz., 7, 202.Google Scholar
20. Kuzmin, A. D. 1964. ‘About Venus Model with “Cold” Absorbing Atmosphere’. Jzv, Vyssih Uceb. Zaved. Radiofiz., 7, 1021.Google Scholar
21. Basharinov, A. E., Vetuhnovskaja, U. N., Kuzmin, A. D., Kutuza, B. G., Salomonovitch, A. E. 1964, ‘Measurements of Brightness Temperature of the Illuminated Part of Venus on 8 mm Wave’. Astr. Zu., 41, 707.Google Scholar
22. Kuzmin, A. D. 1965, ‘To the Theory of Radio-Emission of Venus’. Izv. Vyssih Uceb. Zaved. Radiofiz, 8, 7.Google Scholar
23. Kuzmin, A. D., Clark, B. G.Measurements of Polarization and Distribution of Bright- ness Temperatures of Venus on io-6-cm wave’. Dokl. Akad. Nauk SSSR, 161, 551. 1965; Astr. Zu., 42, 59s, 1965; Astrophys.J., 143, 23. 1965.Google Scholar
24. Kuzmin, A. D. 1965, ‘Measurements of Brightness Temperature of the Illuminated Part of Venus on 10.6-cm Wave’. Astr, Zu. 42, 1281.Google Scholar
25. Basharinov, A. E., Kutuza, B. G. 1965, ‘Determination of Parameters of Dielectric Constant of Water Drops in Cloud Formations According to Data of Radio-Astronomical Observations in Medium Wave Range’. Report at the 5th All Union Conference on Radioastronomy. Kharkov, October.Google Scholar
26. Ananov, N. I., Basharinov, A. E., Kirdjashev, K. P., Kutuza, B. G. 1965, ‘Fluctuation of Radio-Emission of Cloud Atmosphere in the Millimeter Wave Range’. Radio-Engineering and Electronic Physics, 10, no. 11, 1941.Google Scholar
27. Basharinov, A. E., Kutuza, B. G. 1965, ‘About the Origin of Cloud Layer of Venus (according to the results, of radio-astronomical observations)’. Report at the International Symposium on Research of Planets’ Surfaces and Atmospheres by Radio-Astronomical Method. Puerto Rico, May.Google Scholar
28. Kotelnikov, V. A., et at. 1965, ‘Radio-Location Observations of Venus in the Soviet Union in 1964’. Reports Dokl, Akad, Nauk SSSR, 163, 50.Google Scholar
29. Prokofijev, V. K. 1966, ‘About Presence of Oxygen in Atmosphere of Venus’. Izv. Krym. astrofiz. Obs., 34, 243. 1965; 36 (in press).Google Scholar
30. Morojenko, A. V. 1964, ‘Results of Polarimetric Observations of Mars in 1962-63’. Collection ‘Physics of the Moon and Planets’. Publishing House ‘Naukova Dumka’, Kiev, p. 58.Google Scholar
31. Morojenko, A. V. 1960, ‘Polarization Properties of Atmosphere and Surface of Mars’- Collection ‘Physics of the Moon and Planets’, Publishing House ‘Naukova Dumka’, Kiev.Google Scholar
32. Morojenko, A. V. 1966, ‘Investigation of Polarization Properties of Light, Reflected by Different Samples of Earth Bed-Rocks’, Collection ‘Physics of the Moon and Planets’. Publishing House ‘Naukova Dumka’, Kiev.Google Scholar
33. Koval, I. K. 1964, ‘Photoelectric Measurements of Brightness Distribution Across Disk of Mars’. Life Sciences and Space Research, 7, 246.Google Scholar
34. Janovitskij, E. G. 1965, ‘About Aerosol Component at Atmosphere of Mars’. Collection ’Astrophysical Problems’, Publishing House ‘Naukova Dumka’,Google Scholar
35. Moroz, V. I. 1963, ‘Observation of Infra-Red Spectrum of Mars in the Interval of 1·1-4·1μ’. Astr. Cirk., Moscow, no. 262, 4.Google Scholar
36. Moroz, V. I. 1963, ‘Estimation of’ Carbon Dioxide Gas Content and Total Pressure According to Infra-Red Spectra of Venus and Mars’. Astr, Cirk., Moscow, no. 273.Google Scholar
37. Moroz, V. I. 1964, ‘Infra-Red Spectrum of Mars (λ 1·1-4·1μ)’. Astr. Zu., 41, 350.Google Scholar
38. Vasiltchenko, N. V., Moroz, V. I. ‘Spectrum of Mars in the Region of 1·1-2·5μ (opposi- tion of 1965)’, Astr. Zu. (in press).Google Scholar
39. Kozirev, N. A. 1964, ‘Spectral Indications of the Presence of Snow in the Atmosphere of Mars’. Information. Ixv. glav. astr. Obs. Pulkove, 23, no. 175, 72.Google Scholar
40. Kutuza, B. G., Losovskij, G. J-, Salomonovitch, A. E. 1965, ‘Observations of Radio- Emission of Mars on 8-mm Wave’. Astr. Zu. (in press).Google Scholar
41. Kotelnikov, V. A., et al. 1963, ‘Radio-Location of the Planet of Mars in the Soviet Union’. Dokl. Akad. Nauk SSSR, 151, 811. Jupiter and Saturn Google Scholar
42. Tejfel, V. G. 1964, ‘About Latitudinal Distribution of Methane Absorption Across Disk of Jupiter’. Astr. Cirk., Moscow, no. 296.Google Scholar
43. Tejfel, V. G. 1966, ‘Molecular Absorption of Light in Atmosphere of Jupiter and Surface Structure of the Planet Cloud Layer’. Collection ‘Research of the Planet of Jupiter’, Academy of Sciences of the U.S.S.R.Google Scholar
44. Tejfel, V. G. 1966, ‘Spectrophotometry of Methane Absorption Bands on Disk of Jupiter in the Near Infra-Red Region (0·7-1·0μ)’. Astr. Zu., 43, 154.Google Scholar
45. Tejfel, V. G. ‘Comparison of Distribution of Methane Absorption of Disk of Jupiter and Saturn’. Works of the Astrophysical Institute of the Academy of Sciences of the Kazakh SSR (in press).Google Scholar
46. Tejfel, V. G. ‘Distribution of Molecular Absorption of Methane across Disk of Jupiter in the Near Infra-Red Region (0·7-1·0μ)’. Works of the Astrophysical Institute of the Academy of Sciences of the Kazakh SSR (in press).Google Scholar
47. Tejfel, V. G. 1964, ‘To the Problem of Photometric Properties of the Red Spot on Jupiter’, Astr. Zu., 43, 531.Google Scholar
48. Tejfel, V. G. ‘Preliminary Results of Spectrophotometry of the Red Spot on Jupiter’. Works of the Astrophysical Institute of the Academy of Sciences of the Kazakh SSR, (in press).Google Scholar
49. Tejfel, V. G. 1964, ‘About Value of Temperature Gradient in beyond Cloud Layer of Atmosphere of Jupiter’. Astr. Cirk., Moscow, no. 298.Google Scholar
50. Pribojeva, N, V. ‘Continuous Spectra of Satellites of Jupiter’. Works of the Astro- physical Institute of the Academy of Sciences of the Kazakh SSR (in press).Google Scholar
51. Moroz, V. I. ‘Spectra of Jupiter and Saturn in the Region of 1·2-5μ. Astr, Zu. (in-press).Google Scholar
52. Moroz, V. I. 1964, ‘Infra-Red Spectra of Io and Gantmed. (0·7-2·5μ)’. Astr. Cirk., Moscow, no. 297, 1.Google Scholar
53. Moroz, V. I. 1965, ‘Experience of Infra-Red Spectrophotometry of Satellites; the Moon and Galileum Satellites of Jupiter’, Astr. Zu., 42, 1287.Google Scholar
54. Alexandrov, U. V. 1965, ‘Results of Surface Photometry of Jupiter’. Vestnik Karkovsk. gos. Univ., no. 8, Ser. Astr,, no. 2, 32.Google Scholar
55. Korolkov, D. V., Parijskij, U. N., Timofejeva, G. M. 1964, Astr. Cirk., Moscow, no. 283.Google Scholar
56. Soboleva, N. S., Parijskij, U. N. 1964, Astr. Zu., 41, 362.Google Scholar
57. Kaliniak, A. A. 1965, ‘Data on Galileum Satellites of Jupiter’. Astr. Zu., 42, 1067.Google Scholar
58. Vsekhsviatskij, S. K. 1965, ‘Processes in the System of Jupiter’. Astr. Cirk., Moscow, no. 317.Google Scholar
59. Vsekhsviatskij, S. K. 1965, ‘About Nature of Changes on the Surface of Jupiter’. Astr. Zu., 42, 639.Google Scholar
60. Vsekhsviatskij, S. K. 1965, ‘Changes on Jupiter’. Information Bulletin ‘Geophysics and Astronomy’, Kiev, no. 8, 3,Google Scholar
61. Vsekhsviatskij, S. K. ‘Results of Observations of Jupiter in 1962-65’. Works of the Astrophysical Institute of the Academy of Sciences of the Kazakh SSR (in press).Google Scholar
62. Galkin, L, S. 1964, ‘About Some Properties of Atmosphere of Jupiter’. Izv. Kryvt. astrojiz. Obs, 32, 11; 35 (in press).Google Scholar
63. Bolkvadze, O. R. ‘Investigation of Polarization Peculiarities of Jupiter and Saturn.’ Works of the Astrophysical Institute of the Academy of Sciences of the Kazakh SSR (in press).Google Scholar
64. Naumov, A. P., Khijniakov, I. P. 1965, ‘About Thermal Radiation of Jupiter’. Astr. Zu., 42, 629.Google Scholar
65. Jelezniakov, V. V. 1965About Generation of Radiation of Jupiter’, Astr. Z11., 43, 798.Google Scholar
66. Jelezniakov, V, V. 1964, ‘About Configuration of Magnetic Field of Saturn’. Astr. Zit., 41. 995.Google Scholar
67. Zaharov, A. V., Krotikov, V. D., Troitskij, V. S., Tsejtlin, N. M. 1964, ‘Results of Measurements of Radio-emission Intensity of a Number of Discrete Sources of the Moon and Jupiter on wave 70, 16 cm’. Izv. Vyssih Učeb. Zaved. Radiofiz., 8, 553.Google Scholar
68. Krotikov, V. D., Troitskij, V. S., Tsejtlin, N. M. 1964, ‘Temperature of Radio- Emission of the Moon and Jupiter on wave 70, 16 cm’. Astr. Zu., 41, 951.Google Scholar
69. Kotelnikov, V. A., etal. 1964, ‘Radiolocation of the Planet of Jupiter’. Dokl. Akad. Nauk SSSR, 155, 1937.Google Scholar
70. Bobrov, M. S. ‘Modern State of Problem on Structure and Order of Thickness of Saturn’s Rings’. Works of the Astrophysical Institute of the Academy of Sciences of the Kazakh SSR (in press).Google Scholar
71. Bobrov, M. S. ‘About Observations of Saturn’s Rings in the Period of Passing the Earth and Sun through their Plane and in the Period of Visibility of Non-Illuminated Part of Rings’. Cirk. VAGO (in press).Google Scholar
72. Gretchushnikov, B. N., Moroz, V. I., Shniriov, G. D. 1964, ‘Investigation of Infra-Red Spectrum of Saturn by Fourier Transformation Method’. Astr. Cirk., Moscow, no, 302.Google Scholar
73. Kutuza, V. G., Losovskij, B. L., Salomonovitch, A. E. 1965, ‘Radio-Emission of Saturn on 8-mm Wave’, Dokl. Akad. Nauk SSSR, 161, 1031. Google Scholar
74. Mitrofanova, L. A., Jukova, A. N., Derviz, T. E. 1964, ‘Installation and Testing of Optic Pipe with Considerable Way of Absorption for Investigation of Molecular Spectra’. Izv. glav. astr. Obs. Pulkove, 23, no. 175, 80.Google Scholar
75. Alexandrov, U. V., Garaja, V. I, 1965, ‘Polydispersive Indicatrices of Light Dispersion’. Vestnik Karkovsk. gos. Univ., No. 4, Ser. Astr., no. 1, 91.Google Scholar
76. Janovitskij, E. G. 1964, ‘Approximate Solution of Problem on Diffuse Reflection and Light Transmission through Planets’ Atmospheres when Dispersion Indicatrix is Arbitrary’. Vestnik Karkovsk. gos. Univ. Collection ‘Physics of the Moon and Planets’, Publishing House ‘Naukova Dumka’, Kiev, p. 92.Google Scholar
77. Sobolev, V. V. 1964, ‘Investigation of Atmosphere of Venus’. Astr. Zu., 41, 97.Google Scholar
78. Minin, I. N., Sobolev, V. V. 1963, ‘To the Theory of Light Dispersion in Planets’ Atmospheres’. Astr. Zu., 40, 496.Google Scholar
79. Sobolev, V. V., Minin, I. N. 1962, ‘Dispersion of Light in Spherical Atmosphere’, Collection ‘Satellites of the Earth’, issue 14.Google Scholar
80. Minin, I, N., Sobolev, V. V. 1963, ‘Dispersion of Light in Spherical Atmosphere, II’. Kosmichiskie Issledovaniya, 1, no. 2, 227.Google Scholar
81. Minin, I. N., Sobolev, V. V. 1964, ‘Dispersion of Light in Spherical Atmosphere, III’. Kosmichiskie Issledovaniya, 2, no. 4, 610.Google Scholar
82. Minin, I. N. 1965, ‘About Dispersion of Light in Planets’ Atmospheres’. Trudy astr. Obs. Leningrad. Univ., 22, 39.Google Scholar
83. Levin, B. Ju. 1966, ‘Accumulation of the Solar Nebula’. International Geophysical DictionarJ. Pergamon Press.Google Scholar
84. Levin, B. Ju. 1964, ‘The Problem of Densities and Composition of Terrestrial Planets in the Light of Modern Ideas on the Origin of Meteorites’, Icarus, 3, 198.Google Scholar
85. Safronov, V. S. 1966, ‘The Protoplanetary Cloud and its Evolution’. Astr. Zu., 43, no. 41 Google Scholar
86. Safronov, V. S. 1966, ‘Dispersion of Speeds of Asteroids and the Problem of their Origin- Collection ‘Problems of Motion of Small Bodies of Solar System’. Publishing House of the Academy of Sciences of the Azerbaijan SSR, Baku.Google Scholar
87. Safronov, V. S. 1964, ‘Primary Inhomogeneities of the Earth’s Mantle’. Tectonophysics, 1(3), 217.Google Scholar
88. Safronov, V. S. 1965, ‘Sizes of the Largest Bodies Dropped on Planets in the Process of their Formation’, Astr. Zu, 42, 1270.Google Scholar
89. Ruskol, E, L. 1965, ‘About Nature of Thermal Inhomogeneities in the Entrails of the Earth’. Information of the Academy of Sciences of the U.S.S.R., Ser. ‘Physics of the Earth’, No. 4, pp. 18.Google Scholar
90. Kozlovskaja, S. V. 1963, ‘Masses and Radii of Planets and Satellites’. Bjutt. Inst. tear. Astr., 9, 330.Google Scholar
91. Kozlovskaja, S. V. 1966, ‘Models of Inner Formation of the Earth, Venus and Mars’. Astr. Zu. 43, no. 4.Google Scholar
92. Majeva, S. V. 1963, ‘About Possibilities of Heating-up Bodies of Asteroid Sizes with the Help of Long-Lived Radioactive Elements’. Information of the Committee on Physics of Planets, no. 4, p. 40.Google Scholar
93. Majeva, S. V. ‘Some Calculations of Thermal History of Mars and the Moon’. Dokl. Akad. Nauk SSSR, 159, 294, 1964; The detailed description may be found in the Information of the Committee on Physics of Planets of the Astronomical Board, issue 5, 1966.Google Scholar