Hostname: page-component-586b7cd67f-tf8b9 Total loading time: 0 Render date: 2024-11-26T00:52:58.993Z Has data issue: false hasContentIssue false
  • English
  • Français

15. Commission Pour L’Etude Physique Des Cometes

Published online by Cambridge University Press:  25 April 2016

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.
Image of the first page of this content. For PDF version, please use the ‘Save PDF’ preceeding this image.'
Type
Reports of Commissions
Information
Transactions of the International Astronomical Union , Volume 13 , Issue 1: Reports on Astronomy , 1967 , pp. 267 - 288
Copyright
Copyright © Reidel 1967

References

Bibliography

Note that short abstracts of the quoted papers are frequently included in parentheses after the reference; these are generally not the exact titles of the paper. Because of the extreme difficulty of locating a reference in the text when a purely alphabetical bibliography is used the writer is experimenting with an alternative compromise. Each section of the report is accompanied by its separate alphabetical bibliography. Cross-indexing is indicated by the appropriate section letter heading.

A. Books and monographs

Arpigny, C. 1965, in Amaud Reviews of Astronomy and Astrophysics, Ed. L., Goldberg, Annual Reviews, Inc., Palo Alto, Calif., Vol. 3, p. 351. (Spectra of comets and interpretation.)Google Scholar
Belton, M. J. S., Brandt, J. C. 1966, Astrophys. J. Suppl., 13, 125. (Catalogue of comet-tail orientations.)CrossRefGoogle Scholar
Dobrovol’skij, O. Comets, ‘Nauka’, Moscow. (On the physical nature of comets.) Google Scholar
Dufay, J. 1966, Les Comites, Presses Univ. de France, Paris. (Monograph on comets.) Google Scholar
Guigay, G. 1966, Les Processus non stan’onnaires dans les comètes et l’acttvit£ solaire. (Transl. from Russian of O. Dobrovorskij’s, Trudy Inst. Astrofiz. Stalinabad, 8, 1961.) Google Scholar
Marsden, B. G., Porter, J. G. 1966, Mem. Br. astr. Ass., 40, no. 2. (Comet orbits through 1965.) Google Scholar
Swings, P. (a) 1965, in Advances in Space Science and Technology, Vol. VII, Ed. Ordway, F. I. III, N. Y. Academic Press, New York, p. 393. (Astronautical investigations of comets, a review and projection.)Google Scholar
(b) 1965, Q. y. R. astr. Soc., 6, 28. (George Darwin lecture on cometary spectra.)Google Scholar
(c) 1966, Ed., Nature et origine des cometes, Soc. roy. des Sciences de Liège. Memoires. Collection in — 8°, 5, Vol. 12, fasc. unique; also in Univ. Liège Inst, Astrophya. Coll. 8°, Vol. 21, no. 510.Google Scholar
U.S.S.R. (a) 1964, Investigations of comets according to the program of the International Year of Quiet Sun, Naukova Dumka, Kiev, in Russian. (Collection of papers.)Google Scholar
(b) 1965, Fisnka Komet i Meteorov, Naukova Dumka, Kiev, in Russian. (Collection of papers.)Google Scholar
(c) 1966, Physics of comets, Naukova Dunka, Kiev, in Russian. (Collection of papers.)Google Scholar
Bader, M., Haughney, L. C. 1966, Astr. J., 71, 844. (Photographs 1965ffrom aircraft.)Google Scholar
Becklin, E. E, Westphal, J. A. 1966, Astrophys. J., 145, 445. (Infrared photometry at 1·65, 2·2, 3·4 and 10μ, 1965f.) Google Scholar
Bertaud, Ch. 1965, L’Astronomie, 79, 130.Google Scholar
Beyer, M. 1964, Astr. Nadir., 288, 113. (Physical observations of 1963a, 1963b, 1963d, Schwassmann-Wachmann I.) Google Scholar
Bouska, J. (a) 1965, Bull. astr. Inst. Csl., 16, 358. (Visibility of P/Oterma.)Google Scholar
(b) 1966, Publ. astr. Inst. Charles Univ., Prague, no. 49. (Observations, 1965f.)Google Scholar
Bouska, J., Mayer, P. 1966, Bull. astr. Inst. Csl., 17, 84. (Photoelectric photometry, 1964A.) Google Scholar
Boyce, P. B., Sinton, W. M. 1966, Astr. J., 71, 847 (abstr.). (Spectral scans of 1965f.)Google Scholar
Ceplecha, Z., Valnicek, B. 1966, Bull. astr. Inst. Csl., 17, 211. (Photoelectric red photometry, 1965f.)Google Scholar
Demenko, A, A. (a) 1964, Investigations of comets by IQSY programme, 128. (Tail structure isophotes, 1962z.)Google Scholar
(b) 1966, Types of cometary tails, in Physics of the Moon and planets, Jerusalem, p. 94, translated from the Russian by Israel Program for Scientific Translations (Fizika luny i planet, Ed. I. K. Koval, Naukova Dumka, Kiev, 1964). (167 comets, tail classifications.) Google Scholar
Dobrovol’skij, O. V., Ibadinov, H. Bjull. Inst. Astrofiz., Dutanbe-Stalinabad. (Photometry of Arend-Roland.) Google Scholar
Dossin, F. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 189. (Probable comet during solar eclipse.) Google Scholar
Dzapiasvili, V, P., Salukvadze, G. N. 1963, Abastumansk. astrofiz. Obs. Gora Kanobili BjulL, no. 32, 155. (Photometry of Arend-Roland.) Google Scholar
Fracassini, M., Pasinetti, L. E. 1966, in press. (Correlation of comet brightnesses with zodiacal light.) Google Scholar
Gehrels, T. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 193. (Wavelength dependence of polarization observed in comets.) Google Scholar
Genkina, L. M. 1964, Kometnyi Cirkulyar, no. 14. (1965a, ibid., no. 23; 1965b, ibid., no. 25; 1965c, ibid., no. 27.) (Photometry, 1961i, 1963h, 1964A, and P/Kopff.) Google Scholar
Grudziriska, S. (a) 1965, Bull. astr. Obs. Univ. N. Copernicus, no. 34. (Photometry and some objective prism spectra, 1963a.)Google Scholar
(b) ibid., in press. (Outburst of 1963b, coincides with a solar flare.)Google Scholar
Hirayama, T., Moriyama, F. 1965, Publ. astr. Soc. Pacif., 17, 433. (Coronograph photographs °f 1965 near Sun.)Google Scholar
Kearns, C. E., Rudnicki, K. 1966, Z. Astrophys., 64, 337. (28 photographs of Comet Humason in 1962.) Google Scholar
Khachikian, E. E., Epremian, R. A. 1966, Soobs’t’. Bjurak. Obs., no. 37, 48. (Photometry 1965c.)Google Scholar
Konopleva, V. 1966, Physics of comets, Naukova Dumka, Kiev. (Magnitude 1955 IV.)Google Scholar
Kovar, N. A., Kovar, R. P. 1965a, Astrophys. J., 142, 1191 (1965b, Astr. J., 70, 142). (Photoelectric photometry 1964/.) Google Scholar
Kresak, L’. 1965, Bull. astr. Inst. Csl., 16, 348. (Secular change in brightness for Comet P/Encke.)Google Scholar
Malaise, D. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 199. (Profils photometriques des tetes de cometes en lumiere monochromatique, Comets 1959b and 1963a.)Google Scholar
Malville, J. M., Evans, C. 1966, Astr. J., 71, 169 (abstr.). (Dl and Da of Na, coronograph for 1965f.)Google Scholar
Martel, M. T., Saute, M. In press. (Polarization 1965f.) Google Scholar
Miller, F. D. 1966, Publ. astr. Soc. Pacif., 78, 57. (Observations 1964c.) Google Scholar
Mokhnach, D. O. Kometnyi Cirkulyar, no. 34. (Photographic photometry 1962 III.) Google Scholar
Mrkos, Tremko, Vanýsek, V. 1966, unpublished. (Photoelectric photometry, 1966b, 1966c.)Google Scholar
azarchuk, G. K. 1965, in Fizika komet i meteorov, Naukova Dumka, Kiev, p. 35. (Photometry, Arend-Roland.)Google Scholar
Notni, P. 1961, Astr. Nacht. 286, 169. (Photoelectric photometry Arend-Roland correlation with sunspots.)Google Scholar
Öpik, E. J. 1963, Irish astr. J., 6, 93, (On photometry and nature of comets.) Google Scholar
Polyakova, T. A., Romashkin, G. S. 1965, Kometnyi Cirkulyar, no. 28. (Photometry, 1965b, 1965c, 1964h, 1964g.) Google Scholar
Richter, N., Hogner, W. 1964, Sterne 40, heft 1-2 (1966, Univ. Liège Inst. Astrophys., Vol. 21, no. 510, 243). (Isophotes by contrast printing.) Google Scholar
Rijves, V. G. (a) 1964, Bjull. Kom. Komet. Meteor, no. 9, 23. See also Rijves, 1965. (New methods of cometary photometry.)Google Scholar
(b) 1965, ibid., no. 11, 3. See also Rijves, 1964. (Low value of parameter n for comets.) Google Scholar
Roemer, E. (a) 1965, Astr. J., 70, 397.Google Scholar
(b) Regularly, Publ. astr. Soc. Pacif., (Comet reports.) Google Scholar
Roemer, E., Thomas, M., Lloyd, R. E. 1966, Astr, J., 71, 591.Google Scholar
Roemer, E., Lloyd, R. E. 1966, ibid., 71, 443.Google Scholar
Rožkovskij, D. A. 1965, in Fizika komet i meteorov, Naukova Dumka, Kiev, p. 22. (A new procedure of comet photometry.) Google Scholar
Salukvadze, G. N., Džapiašvili, V. P. 1966, Abastumansk. astrofiz, Obs, Gora Kanobili Bjull., no. 32, 161. (Photometry, 1957 V.) Google Scholar
Sekanina, Z. 1964a, Publ. astr. Inst. Charles Univ., Prague, no. 41. (1964b, ibid., no. 42). (Comets and meteorology.)Google Scholar
Southworth, R. B. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 247. (Defocuser for satellite-tracking cameras.)Google Scholar
Takakura, T., Tsuchiya, A., Morimoto, M. 1965, Publ. astr. Soc. Japan, 17, 437. (Negative radio observation of 1965f at 160 H.)Google Scholar
Thackeray, A. D. 1965, Mon. Notes astr. Soc. Sth. Afr., 24, 159. (Split nucleus of 1965f.) Google Scholar
Vanysek, V. 1966, Bull. astr. Inst. Csl.f 17, 212. (Photoelectric IR measures of 1965f.) Google Scholar
Vsehsvjatskij, S. K. (a) 1964a. IQSY Instruction Manual, no. 8, Comets, London.Google Scholar
(b) 1964b, Acad. Sci. Ukrainian SSR, Information Bull., no. 6, 3.Google Scholar
(c) 1964c, Astr. Zu., 41, 539. (Comet brightnesses.)Google Scholar
(d) 1964b, Kometnyi Cirkulyar, no. 17, 12 IX (1964c, Geophys. Bull. Moscow, no. 15, 61;Google Scholar
1965c, Kometnyi Cirkulyar, no. 20, 71; 1965a, ibid., no. 25, 27 IY; 1966, Univ. Liège Inst. Astrophys., Vol. 21, no. 510, 53).Google Scholar
(e) 1965a, in Ftzika komet i meteorov, Naukova Dumka, Kiev, p. 53 (1965b, ibid., p. 56). (Magnitude of comets 1963a and 1963b.)Google Scholar
Weinberg, J. L. 1966, Astr. J., 71, 875 (abstr.). (Polarization, 1965f at 5300A.) Google Scholar
Whipple, F. L., Douglas-Hamilton, D, H. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 469. (Secular and other brightness variations in P/Encke and P/Faye.)Google Scholar
Andrillat, Y. 1966, jf. Observateurs, Marseille, 49, 325. (Blue spectrum 39A/mm, 15 and 18 October 1961.)Google Scholar
Arpigny, C. (a) 1964, Observatory, 84, 118. (On R-branches of CO+ comet-tail bands.) Google Scholar
Arpigny, C. (a) 1965, Acad. r. Belg. CL Sci. Mem. 8°, 35, fasc. 5. (Important survey of cometary line and band production.)Google Scholar
(c) 1966a, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 165. (The rotational and vibrational ‘temperatures’ of C2 in comets.)Google Scholar
(d) 1966b, ibid., 155. (Theory of A 4300 band of CH in 1963a.)Google Scholar
(e) 1966c, Astrophys. J, 144, 424. (Criticism of Stockhausen and Osterbrock, 1965.)Google Scholar
Chalonge, D., Bloch, M. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 281. (Low dispersion spectra 1963b for continuum, slightly redder than Sun.) Google Scholar
Curtis, G. W., Sacramento Peak Obs. Staff 1966, Astr. J.f 71, 194. (20-21 October spectra 25 Å/mm 1965f and other measures.)Google Scholar
Dossin, F. (a) 1964, C. T. Acad. Set. Paris, 258, 3965. (Strong continuum and CN violet, weak Swan bands in 1963d.)Google Scholar
(b) 1966, Astr. J., 71, 853. (Spectrum of 1961e at 5 A.U.)Google Scholar
Dufay, J., Swings, P., Fehrenbach, Ch. (a) 1965, C r. Acad. Sci. Paris, 261, 3971. (Spectra, 1965f, 13 October, low dispersion, and 21 October 1965, high and low dispersion.)Google Scholar
(b) 1966, Astrophys. J., 142, 1698.Google Scholar
Flynn, F. H. 1961, Observatory, 81, 247. (Infrared emissions from 19600.) Google Scholar
Livingston, V., Roddier, F., Spinrad, H., Slaughter, C, Chapman, D. 1966, Sky Telesc, 31, 24. (Fe, Si, Ca, Na, Cr, Mn lines identified in spectrum, 1965f and high-velocity displacements for Na I near perihelion.)Google Scholar
Miller, F. D. 1964, Astrophys. J., 139, 766. (Two objective prism spectra.) Google Scholar
Remy-Battiau, L. 1964, Acad. r. Belg. Bull. Cl. Sci,, 5ème Ser., 50, 74. (From continuous spectra derive properties of dust particles in comets.); 1966, Acad. R. Belg. Bull. Cl. Sci, 5e serie, 52, no. 11.Google Scholar
Remy-Battiau, L., Swings, P. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 517. (Valuable compilation of spectra and other data for 10 comets.) Google Scholar
Righini, G. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 129. (On first cometary spectra.) Google Scholar
Stawikowski, A., Greenstein, J. L. 1964, Astrophys. J., 140, 1280. (C12/C13 ratio = 70 in 1963a.) Google Scholar
Stief, J., DeCarlo, V. J. 1965, Nature, 205, 1197. (On the production of C2 Swan bands in cometary emission.)Google Scholar
Stockhausen, R. E., Osterbrock, D. E. 1965, Astrophys. J., 141, 287. (Theory of C2 Swan bands in comets.)Google Scholar
Thackeray, A. D., Feast, M. W., Warner, B. 1966, ibid., 143, 276. (Spectra of 1965f.) Google Scholar
Warner, B., Harding, G. A. 1963, Observatory, 83, 219. (Spectroscopic observation of 1965e.) Google Scholar
Wyller, A. A. 1962, Observatory, 82, 73. (Infrared spectrum of 1960n.)Google Scholar
*Arnold, J. R. 1965, Astrophys. J, 141, 1536. (Monte-Carlo calculations of earth-crossing orbits, including lunar ejecta.) Google Scholar
*Brady, J. L. 1965, Astr. J., 70, 279. (30 long-period comets calculated entirely through planetary system. 23 attain negative I/a.) Google Scholar
Delsemme, A. H. 1966a, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 69 (1966b, ibid, 77). (Important detailed theory of comet nucleus stressing the vital role of hydrates.) Google Scholar
Dobrovol’skij, O. V. 1964a, Bjull. Kom. Kotnet. Meteor., no. 9, 3 (1964b, ibid, no. 9, 9; 1966, Bjull. Inst. Astrofiz, Dufanbe-Stalinabad, no. 1-42, 47). (On the theory of comet nuclei and heads including effects of dust and mechanism of solar flare interaction.) Google Scholar
Donn, B. 1964, Astr. J., 69, 137 (1965, ibid., 70, 320, abstr.). (Cometary and crystal growth in a primordial solar nebula.) Google Scholar
Dufay, J. C. r. Acad. Sci. Paris, 263, in press. (Statistics elements periodic comet orbits as function oi period.) Google Scholar
Greenstein, J. L. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 483. (Possible nuclear processes in comets.) Google Scholar
*Harwh, M. (a) 1966a, Astr. J., 71, 857 (abstr.). (Orbits of sun-grazing comets.)Google Scholar
(b) 1966b, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 489. (On statistics of short- and long-period comet orbits and concentration of long-period near the ecliptic.) Google Scholar
Hubner, W. F. 1965a, Bayerische Akad. Wiss. ﹛Math, und Naturiviss.), 12, 147 (1965b, Z. Astrophys., 63, 22; 1966, Astr.J., 71, 858). (Theory of icy comet nucleus and processes therein.) Google Scholar
Hubner, W. F., Weigert, A. 1966, Z. Astrophys, 64, 185. (Role of ice grains in physics of cometary nuclei.) Google Scholar
Kresak, L\ (a) 1965, Bull. astr. Inst. Csl., 16, 292. (On commensurability of short-period comet orbits, rediscovery statistics and conclusion that nuclei must be very small.)Google Scholar
1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 459. (Distribution of orbits °f short-period comets with various interesting conclusions about their changes.)Google Scholar
Lancaster-Brown, P. 1964, 3* Br. astr. Ass., 75, 17. (A general review of theories of comet origin.) Google Scholar
Levin, B. J. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 65. (Sublimation and adsorption near surfaces of cometary nuclei.) Google Scholar
Liller, W. 1966, ibid., 195. (Desorption in nucleus of 1957 III.) Google Scholar
•Lyttleton, R. A., Hammersley, J. M. 1964, Mm. Not. R. astr. Soc, 127, 357. (Stochastic approach to a distribution in comet orbits.) Google Scholar
•Makover, S. G. 1964, Bjull. Inst. tear. Astr., 9, 525. (On Oort cloud of comets, perturbations by stars and capture theory for short-period comets.) Google Scholar
Marsden, B. 1966, Private communication. Google Scholar
McNally, D. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 581. (Problems of the interstellar medium and comets.) Google Scholar
Opik, E. J. (a) 1966a, The stray bodies in the solar system, Part II, The cometary origin of meteorites, in Advances in astronomy and astrophysics, Ed. Kopal, Z., Academic Press, Inc., New York, Vol. 4, p. 301. (On cometary nuclei, orbital perturbations, meteorites and problems of origin.)Google Scholar
(b) 1966b, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no 510, 523. (Detailed article on the origin of comets.)Google Scholar
(c) 1966c, ibid., 575. (Identifying Apollo asteroids with old comet nuclei.)Google Scholar
•Piotrowski, S. L. 1965, Acta astr., 15, 281. (Accretion of comets by dust surrounding the solar system and greater chance of discovery of retrograde than direct long-period comets.) Google Scholar
Remy-Battiau, L. 1964, Aug. 20, Tech. Note No. 6. (Dust and bursts in cometary nuclei.) Google Scholar
Richter, N. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 439. (Report on the origin of comets.) Google Scholar
Roemer, , £. 1966a, ibid., 15 (1966b, ibid., 23). (Measures of diameters of 29 comets by limiting magnitudes.) Google Scholar
Sekanina, Z. (a) 1966a, Bull. astr. Inst. Csl., 17, 207. (Splitting of 1965f.)Google Scholar
•(b) 1966b, ibid., 17, 67 (1966c, Publ. astr. Inst. Charles Univ. Prague, no. 48). (Calculates new original and future comet orbits.)Google Scholar
(c) 1966d, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 443. (On Oort cloud of comets and possibility of an ‘interstellar swarm’.)Google Scholar
(d) 1967a, Z. Astrophys., in press. (Calculation of non-gravitational effects on nucleus of P/HaUey.)Google Scholar
(e) 1967b, Bull. astr. Inst. Csl., in press. (Theory of physical forces on cometary nuclei.)Google Scholar
•Sitarski, G. 1964, Acta astr., 14, 323. (Orbit P/Grigg-Skjellerup, a secular acceleration seems necessary from 1947 to 1961.) Google Scholar
Stefanik, R. P. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 29. (Study of 13 split comets.) Google Scholar
•Steins, K. A. 1964, Latviiskii Gos. im. P. stuckki Uchenye Zapiski, 68, 39. (Review of bis previous results on the evolution of cometary orbits and the origin of comets from Oort’s . cloud.) Google Scholar
Steins, K. A., Kronkalne, S. (a) 1964a, Acta astr., 14, 4. (Calculations of perturbations by Jupiter of i/a and q and theory of diffusion of comets.)Google Scholar
•(b) 1964b, ibid., 311. (Calculations of 20000 fictitious comets completely through planetary system, follow Stein’s diffusion laws.) Google Scholar
Vanysek, V. (a) 1965, Bull. astr. Inst. Csl., 16, 355. (Stoppage of activity in nucleus of P/Encke.)Google Scholar
(b) 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 255. (Dust grains and gas in cometary nuclei.) Google Scholar
•Vaehsvjatskij, S. K. 1965, Kometnyi Cirkutyar, no. 27, 30 YI (1966a, ibid., no. 40, 1 YI; 1966ft, Univ. Liège lust. Astrophys. Coll. 8°, Vol. 21, no. 510, 53; 1966c, ibid., 495). (I°“ fluence of nearby stars on Oort cloud of comets. Conclusion negative to theory. Holds to ejection theory although accepting icy comet model.) Google Scholar
Whipple, F. L., Stefanik, R. P. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 33. (Splitting of cometary nuclei possibly caused by radioactive heating of icy nuclei.) Google Scholar
Zadunaiaky, P. E. 1966, Astr. 3., 71, 20. (Orbits of P/Halley, before and after perihelu*)Google Scholar
A’Heam, M. F. 1964, Publ. astr. Soc. Pacif., 76, 106. (Analysis of C2 densities.) Google Scholar
Biermann, L., Trefftz, E. 1964, Z. Astrophys., 59, 1. (On the ionization and excitation mechanism*in comet heads, especially [O 1], CO“1” and the UV.)Google Scholar
Bouska, J. (a) 1965a, Ada Univ. Carolinae-Math. et Pkysica, no. 1, 1; also in Publ. astr. Inst. Charles Univ., Prague, no. 43 (1965b, Bull. astr. Inst. Csl., 16, 358). (Measures and theory of Cj; and CN in 1957 III.)Google Scholar
(b) 1965b, Bull. astr. Inst. Csl., 16, 358 (1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 185). (Structure of tail rays.)Google Scholar
Ceredni£enko, V. (a) 1965, in Fizika komet i meteorov, Naukova Dumka, Kiev, p. 37 (1966, ibid., p. 51). (Transformation processes for 21 molecules and ions by solar photon corpuscular radiation.) Google Scholar
Dewey, M. E., Miller, F. D. 1966, Astrophys. J., 144, 1170. (Isophotes of C2 in 1961 VIII, and lifetimes of C2 and its parent.) Google Scholar
Dobrovol’skij, O. V. (a) 1966, Bjull. Inst, Astrofiz. Dufanbe-Stalinabad, no. 41, 37. (Growth of the head of 1955 V.)Google Scholar
(b) ibid. (Lifetimes of CO and CO2 under solar radiation.)Google Scholar
Dufay, J. Atomes, in press. (Excitation for molecules in sun-grazing comets.)Google Scholar
Egibekov, P. 1964, in Investigations of comets according to the program of the IQS Y, Naukova Dumka, Kiev. (1963a, absolute energy distribution in the spectrum.) Google Scholar
Gnedin, Ju. N., Dolginov, A. Z. 1966a, Astr. Zu. 43, 181 (1966b, Icarus, 5, 64). (Theoretical distribution of molecules, or atoms, in cometary heads.) Google Scholar
Haser, L. 1966, Univ. Liège, Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 333. (Extension of ‘fountain model’ theory of cometary heads.)Google Scholar
Jackson, W. M., Donn, B. (a) 1966a, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 133. (Collisions near the nucleus and parent molecules for C3.)Google Scholar
(b) 1966b, Astr. J., 71, 859 (abstr.). (Photochemistry near the nucleus.) Google Scholar
Kovar, N. S., Kovar, R. P. 1966, Astr. J., 71, 166. (On the theoretical intensity ratios of the [0 i] lines in comets.) Google Scholar
Kostyakova, E. B. 1965, Soobz. gos. astr. Inst. Sternberga, no. 139, 24. (Computed flux for continuum and bands 1957 III.) Google Scholar
Miller, F. D. 1965a, Astr. J., 70, 283 (1965b, ibid., 685). (Forms of isophotes and velocities in comets for gas and particles.)Google Scholar
Mokhnach, D. O. 1966a, Kometnyi Cirkulyar, no. 35, 2 (1966b, ibid., 3). (Lifetime of Ca and initial velocity in Comet Burnham, 1960 II.) Google Scholar
Rahe, J. (a) 1965, Thesis, Hamburger Sternwarte. (Analysis of remarkable activity < 1000 km from nucleus of 1858 VI.)Google Scholar
(b) 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 141. (Visual and photographic structures in the coma region of comets.) Google Scholar
Rijves, V. 1960a, Tartu Publ., 33, no. 4, 282 (19606, ibid., 289; 1963, Bjull. Kom. Komet. Meteor., no. 8, 3). (Motions in cometary heads and tail formation.) Google Scholar
Schlosser, W. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 335. (Motions of structures in 1908 III.) Google Scholar
Vanysek, V. 1965, Ada Univ. Carolinae-Math. et Physica, no. 1, 23; also in Publ. astr. Inst. Charles Univ., Prague, no. 44. (Lifetime of Ca and CN molecules and solid grains in cometary atmospheres.) Google Scholar
Wurm, K. (a) 1966a, Univ, Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 119. (Report on general problems of the cometary head.)Google Scholar
(b) 1966b, Icarus, 5, 219. (Further study of observations strengthens the argument that ionization in comets is an intrinsic property.) Google Scholar
“urm, K., Mammano, A. In preparation. (Find narrow source for particles excitation and ionization < 100 s near nucleus < 1000 km.)Google Scholar
Wurm, K., with Rahe and Mammano In preparation. (In 1858 VI find very important results concerning head.)Google Scholar
A’Hearn, M. F. 1985, Publ. astr. Soc. Pacif., 77, 257. (A solar event and a plasma tail knot.)Google Scholar
Alfven, H. 1957, Tellus, 9, 92. (MHD approach to the theory of plasma tails.) Google Scholar
Antrack, D., Biermann, L., Lust, Rh. 1964, in Annual reviews of astronomy and astrophysics, Ed. L. Goldberg, , Annual Reviews, Inc., Palo Alto, California, Vol. 2, p. 327. (Statistics of plasma tails, no correlation with solar activity.)Google Scholar
Axford, W. I. 1964, Planet. Space Sci., 12, 719. (Role of electrons in plasma tails.) Google Scholar
Axford, W. I., Petschek, H. E., Sicoe, G. L. 1965, J. geophys. Res., 70, 1231. (The magneto-sphere and plasma tails.)CrossRefGoogle Scholar
Beard, D. B. 1966, Planet. Space Sci., 14, 303.Google Scholar
Bernasconi, A. 1965, Icarus, 4, 214. (Method of analysis of a comet’s tail.) Google Scholar
Biermann, L. (a) 1951, Z. Astrophys., 29, 274. (Solar corpuscular interaction with tail ions.) Google Scholar
(b) 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 297. (Survey of plasma tails and the solar wind.) Google Scholar
Biermann, L., Brosowski, B., Schmidt, H. U. 1966, Ber. Bayer. Akad. Wiss., July. (’Contact’ surface in MHG plasma tail formation.) Google Scholar
Biermann, L., Lust, Rh. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 329. (A solar event and a plasma tail knot.) Google Scholar
Bouska, J. 1964, Bull. astr. Inst. Csl.y 15, 113. (Velocity and acceleration tail in Arend- Roland.)Google Scholar
Brandt, J. C. (a) 1966a, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21,no. 510,309. (First results on solar wind and the orientation of plasma tails.)Google Scholar
(b) 1966b, Astrophys. J., 144, 1221. (Torque on the Sun of solar wind by measured comets,) (c) 1966c, G.S.F.C (Gross plasma velocities for the orientation of ionic comet tails.) Google Scholar
Brandt, J. C, Belton, M. J. S., Stephens, M. W. 1966, Astr. J., 71, 157 (abstr.). (Velocities of solar wind plasma from the orientations of ionic comet tails.) Google Scholar
Cailliatte, Ch. 1966, Bull, astr., Paris, Ser. 3, fasc. 2, 37. (Method in analysis of gas and dust tails.)Google Scholar
Cerednicenko, V. I. 1965a, in Fizika hornet i meteorov, Naukova Dumka, Kiev, p. 45 (1965b, ibid., p, 50; 1965c, Kometnyi Cirkulyar, no. 26). (C3Ha, C2H2C2 and CO molecules in the photon and corpuscular radiation field of the Sun.)Google Scholar
Dobrovol’skij, O. V. 1964a, Bjull. Kom. Komet. Meteor, no. 9, 3 (1964b, ibid., 9). (Corpuscular solar -wind and cometary outbursts.) Google Scholar
Fajziev, E. 1964, Bjull, Inst. Astrofiz. DuUanbe-Stalinabad, no. 37, 3 (1964b, ibid., no. 38, 32). (Tail velocities of Arend-Roland decrease with distance from the Sun.)Google Scholar
Gringauz, K. I., Kurt, V. G., Moroz, V. L, Sklovskij, I. S. 1960, Astr. Zu., 37, 716. (Measures of solar wind from space.)Google Scholar
Guigay, G. (a) 1966a, C. r. Acad, Sci, Paris, Ser. B, 262, 1574. (Solar wind and direction of tail, 1965f.)Google Scholar
(b) 1966b, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 369. (On the form of the tail of 1961f.) Google Scholar
Harwit, M., Hoyle, F. 1962a, Astrophys. J., 135, 867 (19626, ibid., 875). (Theory of type-1 tails and solar wind.) Google Scholar
Juzakov, V. M. 1963, Astr. Zu., 40, 779. (Calculates field of 5 x io∼9 G from CO + ions in head 1957/t.) Google Scholar
Kazantseva, N, N. 1966, Bjull. Astrofiz. Inst, Dus’anbe-Stalinabad, no. 41-42, 51. (Shock front in cometary plasma.) Google Scholar
Kearns, C. E., Rudnicki, K. 1965, Acta astr., 15, 1. (Velocity components for 35 features in the tail of 1962 VIII.) Google Scholar
Kovar, N. S., Kern, J. W. 1966, Astr. J., 71, 861 (abstr.)- (Proposed hydromagnetic model for comets.)Google Scholar
Liist, Rh. 1967, Letter, in press. (CO+ features in 1908 III.)Google Scholar
Marocnik, L. S. 1963, Astr. Zu., 40, 714 (1964, Bjull. Kom. Komet. Meteor, no. 9, 19)’ (Interaction of the solar wind with the plasma head of a comet.)Google Scholar
Ness, N, F. 1966, Science, 151, 1041. (Earth’s magnetosphere and similarity with comet tails.) Google Scholar
Ness, N. F., Donn, B. D. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 343. (Excellent description of plasma tail theory.) Google Scholar
Ness, N. F.,*Wilcox, J. M. 1964, Phys. Rev. Letters, 13, 461. (Observations of the solar wind.) Google Scholar
Opik, E. J. (a) 1956, Irish astr. J., 4, 49; also in Armagh Obs. Leaflet no. 44 (1964, Z, Astrophys., 58, 192). (Motions of condensations in the tail of P/Halley.)Google Scholar
(b) 1965, Irish astr. J., 7, 38. (On the production of CO+ ions in type-I tails.)Google Scholar
Pflug, R. P. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 363. (Statistics of plasma tail directions and solar activity.) Google Scholar
Ptitsina, N. G. 1964, Bjull. Kom. Komet. Meteor., no. 9, 12 (1965, ibid., no.11, 11). (MHG approach to moving envelopes, and rays in type-I tails.) Google Scholar
Sekanina, Z. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 145. (Evidence for coma diameters affected by solar wind.) Google Scholar
Snyder, C. W., Neugebauer, C. W., Rao, U. R. 1963, J. geophys. Res., 68, 6361. (Observations of the solar wind.)Google Scholar
Wallis, M. K. 1967, Planet. Space Set., 15, 137. (Plasma instability and viscosity in plasma-tail ray production.) Google Scholar
Wurm, K., Mammano, A. 1964, Icarus, 3, 1. (Axes of type-I comet tails.)Google Scholar
Belton, M. J. S. 1965, Astr. J., 70, 451 (1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 317). (Evidence that direction and velocities in dust tails indicate an effect of solar wind.) Google Scholar
Demenko, A. A. 1966, Vestnik Kiev Univ., no. 8, Ser. Astron. (Theory and measures of synchronic formations in comet tails.) Google Scholar
Dobrovol’skij, O. In preparation. (Analysis of all published data on accelerations of dust particles.) Google Scholar
Fajziev, E. 1964a, Bjull. Inst. Astrofiz. Duianbe-Stalinabad, no. 37, 3 (1964b, ibid., no. 38, 32). (Initial velocity of particles ejected into the tail of 1957 III.) Google Scholar
Finson, M. L., Probstein, , R. F. 1966J Amer. Inst. Aeron. Astronaut. Paper, no. 66, New York. (Motions of gas from cometary nucleus and light pressure.) Google Scholar
Levin, B. J. (a) 1964, Icarus, 3, 497. (Lifetime of Na too short to account for motion in tails of comets.)Google Scholar
(b) 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 323. (Arguments for molecules in type-II tails.) Google Scholar
Notni, P. 1964, Verqff. Sternw. Babelsberg, 15, heft 1 (1966, Univ. Liège Astrophys. Coll. 8°, Vol. 21, no. 510, 379).Google Scholar
Bauer, S. H., Herzberg, G., Johns, J. W. C. 1964, J. molec. Spectrosc, 13, 256. (Spectrum ofBH.)Google Scholar
Colin, , John, J. W. C. In preparation. (Spectrum of NCI.) Google Scholar
Douglas, A. E., Johns, J. W. C. Can. J. Phys., in press. (Spectrum of NF.)Google Scholar
Douglas, A. E , Jones, W. J. 1965, ibid., 43, 2216. (Spectrum of N3.) Google Scholar
Dufay, M., Poulizac, M.-C. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 427. (Spectra of CO and CO2 excited by accelerated H+ and H£.) Google Scholar
ishburne, E., Narahari-Rao, K. 1966, ibid., 409. (High-dispersion spectra of CO+.) Google Scholar
Gausset, L. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 413. (See also Gausset et al., 1965.) Google Scholar
^ausset, L,, Herzberg, G., Lagerqmst, L., Rosen, B. 1965, Astrophys. J., 142, 45. (Intensio’n study of the spectrum of C3 A 4050 group.)Google Scholar
Herman, R. 1966, ibid., 411 (abstr.). (Polymerization and growth of carbon from an electric discharge.)Google Scholar
Herzberg, G. 1966, Letter. (New band system of C, C£ or C2.) Google Scholar
Herzberg, G., Johns, J. W. C. Proc. R. Soc. London, in press. (Red bands of CH2.) Google Scholar
Herzberg, G., Travis, D. N. 1964, Can. J. Phys., 42, 1658. (Spectrum of NCN.) Google Scholar
Johns, J. W. C. 1964, ibid., 1004. (Spectrum of COt.) Google Scholar
Jungen, Ch., Miescher, E, 1966, Astrophys. J., 142, 1660. (Emission spectrum of NO, 1400-1600 A.) Google Scholar
Koval, A. G., Koppe, V. T., Fogel’, Ja. M. 1966a Kosm. Issled., 4, no. 1 (1966b, Astr. Zu. 43, 209). (Emission spectra of several molecules including excited by 13 keV electrons.) Google Scholar
Merer, A. J., Travis, D. N. (a) 1965, Can. J. Phys., 43, 1795. (Spectrum of CCN.)Google Scholar
(b) 1966, ibid., 44, 353. (Spectrum of CNC.) Google Scholar
Monfils, A. 1965a J. tnolec. Spectrosc, 15, 265 (1965^, Tech. Note, no. 7, Liège, AFCRL- 65-684, 15 July). (H2, HD, Da in absorption.)Google Scholar
Morrow, , Can. J. Phys., in press. (Spectrum of SH.)Google Scholar
Papazian, H, 1966, Letter from N., Roman. (Study of radicals in photochemical reactions.) Google Scholar
Phillips, J. G. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 393. (Important summary of spectroscopic data and physical properties of many cometary molecules and ions.)Google Scholar
Poulizac, M.-C, Desesquelles, J., Dufay, M. C. r. Acad. Sci. Paris, 263, in press. (See also Dufay and Poulizac, 1966.)Google Scholar
Stief, L. J., DeCarlo, V. J. 1965, Nature, 205, 1197. (Laboratory work on CH4> CaHj, CaH4 and C2He.) +CaHj,+CaH4+and+C2He.)>Google Scholar
Vaidya, W. M. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 433. (Cometary CH and OH bands in hydrocarbon flame; HCO in comets?)Google Scholar
Verma, R. D. 1965, Can. J. Phys., 43, 2136. (Absorption system of SiH and SiD.)Google Scholar
Bredohl, H. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 417. (NH3 artificial comet experiment to 200 km.) Google Scholar
Foppl, H., Haerendel, G., Loidl, J., Lust, Rh., Melzner, F., Meyer, B., Neuss, H., Rieger, E. 1965, Planet, Space Sci., 13, 95 (ibid., 15, 357). (Report on observations of artificial plasma sent as high as 2000 km by rockets.) Google Scholar
Gronstal, P. T., Bukata, R. P. 1966, Nature, an, 176. (Balloon search for low-energy protons from Comet Ikeya-Seki, none identified.)Google Scholar
Haerendel, G., Lust, Rh., Rieger, E. Planet. Space Sci., in press, (See Foppl et al., 1965.)Google Scholar
Opik, E. J. 1965, Irish astr. J., 7, 31. (On cometary physics and related experimentation.) Google Scholar
Potter, A. 1966, Letter from N., Roman. (A cloud of CN radicals was produced at 150 km by a chemical reaction.) Google Scholar
Roberts, D. L., Narin, F., Pierce, P. M. 1966, Univ. Liège Inst. Astrophys. Coll. 8°, Vol. 21, no. 510, 261. (Planning for cometary intercept space missions.)Google Scholar