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22. Commission des Meteores et Meteorites

Published online by Cambridge University Press:  25 April 2016

Abstract

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Type
Part 3
Copyright
Copyright © Reidel 1967

References

Supplementary List of 1964-1966 References

Astapovič, I.S., Terentjeva, A.K. 1966, The Leonid Meteor Shower, Komety Meteory, 14, 24.Google Scholar
Astavin-Razumin, D.L. 1966, A Method for Determining the Stellar Magnitudes of Meteors, Meteornaja materija v atmosfere Zemli, Nauka, Moscow, 93.Google Scholar
Bronšten, V. A. 1966, Theory of the Spectroscopic Investigation of Meteorite-Dropping Bolides, Meteoritika, 27, 97.Google Scholar
Bronšten, V.A., Liubarsky, K.A. 1966, Radiation from Meteors and Bolides, Meteornaja materija v atmosfere Zemli, Nauka, Moscow, 3.Google Scholar
Chebotarev, R. P. 1966, On Simple Measurements of the Range of Meteors, Bjull. Inst. Astrofiz. Dušanbe-Stalinabad, no. 47, 3.Google Scholar
Cvetkov, V.I., Bojarkina, A.P. 1966, Results of the Investigation of New Evidence on the Fall of the Tunguska Meteorite in 1908, Meteornaja materija v atmosfere Zemli, Nauka, Moscow, 81.Google Scholar
Delov, I.A. 1966, Equipment and Methods of Investigation of Irregular Movements in the Meteor Zone, Resultaty issledovanij po MGP, issl. meteorov, no. 1, 133.Google Scholar
Delov, I.A. 1966, Turbulent Motions in the Atmosphere at Heights of 90-110 km and their Connection with other Phenomena, Meteory, Kiev Univ., 126.Google Scholar
Doğan, N. 1966, On the Diurnal and Seasonal Variations in the Number of Micrometeoritic Particles, and their Origin, Commun. Fac. Sci. Ankara Univ., 15A, 25.CrossRefGoogle Scholar
Fesenkov, V.G. 1964, On the Orbit of the Tunguska Meteorite, Meteoritika, 25, 163.Google Scholar
Fialko, E. I. 1966, On the Evaluation of the De-ionization Rate in Meteor Trails, Komety Meteory, 13, 22.Google Scholar
Fialko, E.I. 1966, Rates of Meteor Echoes on λ = 10 m During the IGY-IGC Period, Komety Meteory, 13, 41.Google Scholar
Fialko, E.I. 1966, On the Comparison of Meteor Radars According to their Sensitivity, Komety Meteory, 14, 38.Google Scholar
Fialko, E.I., Chumak, Iu. V. 1966, On the Use of Intermediate Type Echoes for the Measurement of the Diffusion Coefficient and Electron Line Density, Komety Meteory, 14, 16.Google Scholar
Fialko, E.I., Moisya, R.I., Kolomiets, G.I., Melnik, V.I., Chumak, Iu. V. 1966, The Experimental Study of the Energy Distribution of Meteor Bodies, Meteory, Kiev Univ., 144.Google Scholar
Fialko, E.I., Moisya, R.I., Melnik, V.I., Kolomiets, G.I. 1966, Radar Observations of Geminids in 1964, Komety Meteory, 14, 19.Google Scholar
Glöde, P. 1966, Results of Radar Meteor Observations of the Quadrantid Shower, Kleinheubacher Berichte, 11, 157.Google Scholar
Ivanov, K. G. 1966, Reply to an Article by A. V. Zolotov Entitled ‘Thermal Ionization of the Ionosphere by the Shock Wave of the Tunguska Explosion of 1908’, Geomagn. Aeronom., 6, 777.Google Scholar
Kaščeev, B.L., Nečitailenko, V.A., Suverov, Iu.I. 1966, The Drift of Trains, Meteory, Kiev Univ., 119.Google Scholar
Katasev, L. A. 1966, Issledovanije meteorov v atmosfere Zemli fotograficheskim metodom, Leningrad.Google Scholar
Kirova, O.A., Zaslavskaja, N.I. 1966, Some Results on the Dispersion of Material from the Fall Area of the Tunguska Meteorite, Meteoritika, 27, 119.Google Scholar
Kovšun, I.N. 1966, On the Number of Particles of Fragmenting Meteors, Meteory, Kiev Univ., 54.Google Scholar
Kovšun, I.N. 1966, On the Density of Meteor Bodies, Meteory, Kiev Univ., 63.Google Scholar
Kramer, E.N. 1966, The Orbit, Luminosity and Spectrum of the Bright Meteor of 5 July, 1962, Meteory Kiev Univ., 75.Google Scholar
Kručinenko, V.G. 1966, On the Drag of Meteor Bodies, Meteory, Kiev Univ., 47.Google Scholar
LaPaz, L. 1965, Catalog of the Collections of The Institute of Meteoritics, The University of New Mexico, Univ. New Mexico Pub. in Meteoritics, no. 4, Univ. New Mexico Press, Albuquerque.Google Scholar
Liubarsky, K.A. 1966, Variations in Telescopic Meteor Heights, Resultaty issledovanij po MGP, issl. meteorov, no. 1, 160.Google Scholar
Liubarsky, K.A. 1966, More on the Determination of the Luminosity Function of Meteors, Meteornaja materija v atmosfere Zemli, Nauka, Moscow, 97.Google Scholar
Liubarsky, K. A., Cvetkov, V.I. 1966, Luminosity Function of Meteors Observed 1962-1963, Meteornaja materija v atmosfere Zemli, Nauka, Moscow, 103.Google Scholar
Martynenko, V.V. 1966, Amateur Meteor Astronomy in the Crimea, Meteory, Kiev Univ., 147.Google Scholar
Nekrasov, V. I., Emelianov, Iu. M. 1966, Pre-fall Characteristics of the Forest in the Area of the Tunguska Meteorite, Meteoritika, 27, 128.Google Scholar
Nemirova, E.K. 1966, Results of Observations of the Polarization Effect for Sporadic Meteors, Komety Meteory, 13, 29.Google Scholar
Pokrovsky, G.I. 1966, On the Explosion of Meteor Bodies Moving in the Atmosphere, Meteoritika, 27, 103.Google Scholar
Romig, M., Lamar, D. 1966, Anomalous Sounds and Electromagnetic Phenomena Associated with the Flight of Bolides, Meteornaja materija v atmosfere Zemli, Nauka, Moscow, 38.Google Scholar
Rubcov, L.N. 1966, On the Limiting Magnitude of Meteors Registered at a Wavelength of 17 m, Bjull. Inst. Astrofiz. Dušanbe-Stalinabad, no. 45, 12.Google Scholar
Sidorova, V.V. (editor) 1966, Radio-wave Propagation by Meteors, Parts 3-4, Kazan Univ., Kazan.Google Scholar
Smirnov, V.A. 1966, On Methods of Obtaining and Studying Spectrograms of Meteors, Meteory, Kiev Univ., 90.Google Scholar
Smirnov, V.A. 1966, On Radiation and Methods of the Spectrophotometry of Meteors, Meteory, Kiev Univ., 104.Google Scholar
Šodiev, U. 1966, Investigation of the Train of an Orionid Meteor Observed on the 22nd of October, 1962, Resultaty issledovanij po MGP, issl. meteorov, no. 1, 156.Google Scholar
Terentjeva, A.K. 1966, A Possible Meteor Stream of the Family from Pons-Winnecke Periodic Comet, Meteory, Kiev Univ., 40.Google Scholar
Vinogradov, A.P., Devertz, A.L., Dobrina, E.I. 1966, Concentration of C14 in the Atmosphere at the Time of the Tunguska Fall, and a Discussion of Antimatter, Dokl. Akad. Nauk SSSR, 168, 900.Google Scholar
Watkins, C.D., 1966, High Sensitivity Radar Investigations of Magnetic Field-Aligned Ionization in the E Region, Electron Density Profiles in Ionosphere and Exosphere, edited by Frihagen, E.V., North Holland Publ. Co., 208.Google Scholar
Watkins, C.D., Sutcliffe, H.K. 1965, Radar Observations of Weak Field-Aligned Ionization at a Frequency of 300 Mc/s, J. atmos. terr. Phys. 27, 309.CrossRefGoogle Scholar
Zotkin, I.T. 1966, The Trajectory and Orbit of the Tunguska Meteorite, Meteoritika, 27, 109.Google Scholar
Zotkin, I.T. 1966, A Bolide over the Urals, Meteornaja materija v atmosfere Zemli, Nauka, Moscow, 69.Google Scholar