International Meteor Organization (IMO)

Bibliographic Meteor Database - Meteor Physics

• Diffraction
• Diffusion
• Ionization
• QCF Theory
• Single-Body Theory

• JACCHIA LUIGI G. (1958):
  ON TWO PARAMETERS USED IN THE PHYSICAL THEORY OF METEORS
  Smiths. Contr. Astrophys. 2, 181-187
  METEOR PHYSICS
  
  
  
• COOK ALLAN F. (1963):
  A CRITERION FOR THE MODE OF ABLATION OF STONE METEORS
  Smiths. Contr. Astrophys. 4, 131-136
  METEOR PHYSICS - METEORITE STONE
  
  
  
• KASHCHEYEV B.L.,LEBEDINETS V.N. (1963):
  THE INITIAL RADIUS OF IONIZED METEOR TRAILS
  Smiths. Contr. Astrophys. 7, 19-22
  METEOR PHYSICS - IONIZATION
  
  
  
• HAWKINS GERALD S. (1963):
  THE INITIAL DIAMETER OF METEOR TRAILS
  Smiths. Contr. Astrophys. 7, 23-26
  METEOR PHYSICS - IONIZATION
  
  
  
• MCCROSKY R.E.,SOBERMAN R.K. (1963):
  RESULTS FROM AN ARTIFICIAL IRON METEOROID AT 10 KM/SEC.
  Smiths. Contr. Astrophys. 7, 199-208
  METEOR PHYSICS
  
  
  
• COOK A.F.,JACCHIA L.G.,MCCROSKY R.E. (1963):
  LUMINOUS EFFICIENCY OF IRON AND STONE ASTEROIDAL METEORS
  Smiths. Contr. Astrophys. 7, 209-220
  METEOROID ASTEROIDAL - METEOR PHYSICS
  
  
  
• LEVIN B.J.,MAJEVA S.V. (1963):
  STATISTICAL VERIFICATION OF THE PHYSICAL THEORY OF METEORS
  Smiths. Contr. Astrophys. 7, 229-231
  METEOR PHYSICS
  
  
  
• (1963):
  ABSTRACTS OF OTHER PAPERS READ ON SYMPOSIUM "ASTRONOMY AND PHYSICS OF METEORS"
  Smiths. Contr. Astrophys. 7, 313-314
  METEOR PHYSICS
  
  
  
• CHAPMAN SYDNEY,ASHOUR ATTIA A. (1965):
  METEOR GEOMAGNETIC EFFECTS
  Smiths. Contr. Astrophys. 8, 181-197
  GEOMAGNETISM - METEOR PHYSICS
  
  
  
• VERNIANI F. (1967):
  METEOR MASSES AND LUMINOSITY
  Smiths. Contr. Astrophys. 10, 181-195
  METEOR PHYSICS
  
  
  
• CEPLECHA Z. (1956):
  PHYSICAL THEORY OF METEORS AND PHOTOGRAPHIC OBSERVATIONAL MATERIAL
  Bull. Astron. Inst. Czechoslov. 7, 21-29
  METEOR PHYSICS
  
  
  
• LEVIN B.J. (1956):
  THE PHYSICAL THEORY OF METEORS AND THE STUDY OF THE SPACE DENSITY OF METEOR MATTER
  Bull. Astron. Inst. Czechoslov. 7, 45-59
  METEOR PHYSICS - SPATIAL NUMBER DENSITY
  
  
  
• HOPPE J. (1956):
  DIE DREI EMPIRISCH BEGR�NDETEN POSTULATE DER METEORPHYSIK UND DIE THEORIE DER VERDAMPFUNG K™RPER
  Bull. Astron. Inst. Czechoslov. 7, 123-125
  METEOR PHYSICS
  
  
  
• RAJCHL J. (1959):
  THE VARIATION OF THE LEVINS QUANTITY æ DURING THE METEOR FLIGHT
  Bull. Astron. Inst. Czechoslov. 10, 213-216
  METEOR PHYSICS
  
  
  
• CEPLECHA Z. (1960):
  ON THE FINAL MASS OF A BODY LANDED ON THE EARTH AFTER PENETRATING THE ATMOSPHERE AT COSMIC VELOCITY
  Bull. Astron. Inst. Czechoslov. 11, 9-13
  METEORITES - METEOR PHYSICS MASS LOSS
  
  
  
• CEPLECHA Z. (1961):
  THE BEGINNING OF RAPID EVAPORATION OF METEORS OF DIFFERENT DIMENSIONS
  Bull. Astron. Inst. Czechoslov. 12, 191-195
  METEOR PHYSICS
  
  
  
• RAJCHL J. (1961):
  ON THE VARIATION OF THE HEAT TRANSFER COEFFICIENT AND THE PARAMETER å OF METEORS
  Bull. Astron. Inst. Czechoslov. 12, 207-210
  METEOR PHYSICS HEAT TRANSFER
  
  
  
• RAJCHL J. (1968):
  ON THE ORIGIN OF METEOR LONG-DURATION TRAIN LUMINOSITY
  Bull. Astron. Inst. Czechoslov. 19, 323-325
  METEOR TRAIN PHYSICS - METEOR PHYSICS
  
  
  
• RAJCHL J. (1969):
  ON THE INTERACTION LAYER IN FRONT OF A METEOR BODY
  Bull. Astron. Inst. Czechoslov. 20, 363-372
  METEOR PHYSICS - ATMOSPHERE
  
  
  
• MCCROSKY R.,CEPLECHA Z. (1970):
  FIREBALLS AND THE PHYSICAL THEORY OF METEORS.
  Bull. Astron. Inst. Czechoslov. 21, 271-296
  METEOR PHYSICS
  
  
  
• HAJDUK A. (1970):
  THE EFFECT OF METEOR TRAIN POSITION ON THE DETERMINATION OF THE ELECTRONIC LINE DENSITY
  Bull. Astron. Inst. Czechoslov. 21, 297-303
  METEOR PHYSICS - METEOR TRAIN - METEOR ELECTRON DENSITY
  
  
  
• RAJCHL J. (1972):
  SHOCK WAVES AND FLARES BY METEORS
  Bull. Astron. Inst. Czechoslov. 23, 357-366
  METEOR FLARE - METEOR SHOCK WAVE - METEOR PHYSICS
  
  
  
• CEPLECHA Z. (1973):
  A MODEL OF SPECTRAL RADIATION OF BRIGHT FIREBALLS
  Bull. Astron. Inst. Czechoslov. 24, 232-242
  METEOR PHYSICS
  
  
  
• RAJCHL J. (1975):
  ON THE POSSIBITLITY OF ATTACHMENT OF ELECTRONS TO NO-MOLECULES IN FAINT METEORS
  Bull. Astron. Inst. Czechoslov. 26, 138-139
  METEOR PHYSICS - ATMOSPHERE
  
  
  
• CEPLECHA Z. (1975):
  ABLATION AND SHAPE-DENSITY COEFFICIENTS IN METEORS.
  Bull. Astron. Inst. Czechoslov. 26, 242-248
  METEOR ABLATION - METEOR PHYSICS
  
  
  
• RAJCHL J. (1975):
  ON THE ASSOCIATION OF NO-MOLECULES IN METEORS.
  Bull. Astron. Inst. Czechoslov. 26, 282-288
  METEOR PHYSICS - ATMOSPHERE
  
  
  
• PADEVET V. (1976):
  IS FRAGMENTATION THE ANSWER TO THE DIFFERENCE IN THE DYNAMIC AND PHOTOMETRIC MASSES OF FIREBALLS ?
  Bull. Astron. Inst. Czechoslov. 27, 11-18
  METEOR FRAGMENTATION - METEOROID MASS - METEOR PHYSICS
  
  
  
• PECINA P. (1976):
  ON THE ATTACHMENT CORRECTION.
  Bull. Astron. Inst. Czechoslov. 27, 164-168
  METEOR PHYSICS
  
  
  
• BAGGALEY W.J. (1976):
  THE EXCITATION OF THE OXYGEN METASTABLE OI ('S) STATE IN METEORS
  Bull. Astron. Inst. Czechoslov. 27, 173-181
  METEOR PHYSICS
  
  
  
• BAGGALEY W. (1976):
  THE CHEMICAL REDUCTION OF METEORIC METAL OXIDES AS A SOURCE OF METEOR TRAIN EMISSION
  Bull. Astron. Inst. Czechoslov. 27, 244-246
  METEOR TRAIN PHYSICS - METEOR PHYSICS
  
  
  
• BAGGALEY W.J. (1976):
  THE QUENCHING OF METEORIC O I FORBIDDEN RADIATION
  Bull. Astron. Inst. Czechoslov. 27, 296-300
  METEOR PHYSICS
  
  
  
• PADEVET V. (1977):
  EFFECTIVE DYNAMIC CROSS-SECTION OF A METEOR.
  Bull. Astron. Inst. Czechoslov. 28, 90-107
  METEOR PHYSICS
  
  
  
• BAGGALEY W.J. (1977):
  ION-ION RECOMBINATION RADIATION IN METEORS.
  Bull. Astron. Inst. Czechoslov. 28, 108-113
  METEOR PHYSICS
  
  
  
• BAGGALEY W.J. (1977):
  THE VELOCITY DEPENDENCE OF METEORIC GREEN LINE EMISSION
  Bull. Astron. Inst. Czechoslov. 28, 277-280
  METEOR VELOCITY - METEOR PHYSICS
  
  
  
• RAJCHL J. (1979):
  NON-EQUILIBRIUM THERMODYNAMICS OF METEORS I.
  Bull. Astron. Inst. Czechoslov. 30, 70-82
  METEOR PHYSICS
  
  
  
• ZNOJIL V.,GRYGAR J.,MIKULASEK Z.,SIMEK M.,SULC M. (1980):
  THE RELATION BETWEEN METEOR OPTICAL BRIGHTNESS AND PROPERTIES OF THE IONIZED TRAIL,I.TECHNIQUES
  Bull. Astron. Inst. Czechoslov. 31, 14-25
  METEOR MAGNITUDE - METEOR PHYSICS - IONIZATION
  
  
  
• PADEVET V. (1980):
  COMPARISON OF THE THEORY OF A DYNAMICALLY SIGNIFICANT COMA WITH PN-FIREBALLS.
  Bull. Astron. Inst. Czechoslov. 31, 206-223
  METEOR PHYSICS
  
  
  
• BAGGALEY W.J. (1980):
  MEASUREMENTS OF THE VELOCITY DEPENDENCE OF THE INITIAL RADII OF METEOR TRAILS.
  Bull. Astron. Inst. Czechoslov. 31, 308-311
  METEOR VELOCITY - IONIZATION - METEOR PHYSICS
  
  
  
• PADEVET V. (1983):
  THE ROLE OF THERMAL MOTIONS OF PARTICLES IN GASES OF FIREBALLS.
  Bull. Astron. Inst. Czechoslov. 34, 360-373
  METEOR PHYSICS
  
  
  
• JONES J.,KAISER T.R. (1967):
  THE EFFECTS OF THERMAL RADIATION, CONDUCTION AND METEOROID HEAT CAPACITY ON METEORIC ABLATION
  Mon. Not. Roy. Astron. Soc. 133, 411-420
  METEOR ABLATION - METEOR PHYSICS
  
  
  
• POOLE L.M.G. (1973):
  EFFECT OF DEPARTURES FROM CLASSICAL METEOR ABLATION THEORY ON THE INCIDENT FLUX FROM RADIO-ECHO
  Mon. Not. Roy. Astron. Soc. 163, 129-139
  METEOR ABLATION - METEOR PHYSICS
  
  
  
• OPIK ERNST (1937):
  RESEARCHES ON PHYSICAL THEORY OF METEOR PHENOMENA. III.BASIS OF PHYSICAL THEORY OF METEOR
  Publ. de l'Obs. de l'Univ. de Tartu 29, 3-69
  METEOR PHYSICS
  
  
  
• OPIK E.J. (1955):
  METEOR RADIATION, IONIZATION AND ATOMIC LUMINOUS EFFICIENCY. PROC. ROY. AST. SOC. A, VOL.230
  Contr. from the Armagh Obs. 16, 463-501
  IONIZATION - METEOR PHYSICS
  
  
  
• NOTE (1880):
  THE FLIGHT AND FALL OF METEORS.
  The Observatory 3, 214-215
  METEOR PHYSICS
  
  
  
• KAISER T.R. (1954):
  SYMPOSIUM ON METEOR PHYSICS AT JODRELL BANK, PROBLEMS IN PHYSICS, RADIO ECHO AT GEOPHYSICAL YEAR
  The Observatory 74, 195-208
  METEOR PHYSICS
  
  
  
• THOMAS R.N. (1955):
  HEAT TRANSFER AND THE ABLATION PROCESS IN METEORS.
  J. Atmosph. and Terrestrial Phys. 2, 1-17
  METEOR ABLATION - METEOR PHYSICS
  
  
  
• COOK A.F. (1955):
  THE NATURE OF METEORIC RADIATION
  J. Atmosph. and Terrestrial Phys. 2, 8-15
  METEOR PHYSICS
  
  
  
• WHIPPLE F.L. (1955):
  ON METEOR LUMINOSITY AND IONIZATION
  J. Atmosph. and Terrestrial Phys. 2, 16-17
  METEOR PHYSICS - IONIZATION
  
  
  
• EVANS S.,HALL J.E. (1955):
  METEOR IONIZING AND LUMINOUS EFFICIENCIES
  J. Atmosph. and Terrestrial Phys. 2, 18-22
  METEOR PHYSICS - IONIZATION
  
  
  
• SIDA D.W. (1955):
  ATOMIC COLLISIONS IN METEOR TRAILS
  J. Atmosph. and Terrestrial Phys. 2, 26-28
  METEOR PHYSICS
  
  
  
• OPIK E.J. (1955):
  METEOR EXCITATION, IONIZATION, AND ATOMIC LUMINOUS EFFICIENCY
  J. Atmosph. and Terrestrial Phys. 2, 29-32
  METEOR PHYSICS - IONIZATION
  
  
  
• LEVIN B.J. (1955):
  PHYSICAL THEORY OF METEORS AND STUDY OF STRUCTURE COMPLEX OF BODIES ON BASIS OF VISUAL OBSERVATION
  J. Atmosph. and Terrestrial Phys. 2, 131-143
  METEOR PHYSICS
  
  
  
• VON ESHLEMAN R. (1957):
  THE THEORITICAL LENGHT DISTRIBUTION OF IONIZED METEOR TRAILS
  J. Atmosph. and Terrestrial Phys. 10, 57-72
  METEOR PHYSICS - IONIZATION
  
  
  
• GROVES G.V. (1957):
  VELOCITY OF A BODY FALLING THROUGH THE ATMOSPHERE AND THE PROPAGATION OF ITS SHOCK WAVE TO EARTH
  J. Atmosph. and Terrestrial Phys. 10, 73-83
  METEOR PHYSICS
  
  
  
• GREENHOW J.S.,HALL J.E. (1961):
  ATTACHMENT PROCESSES IN METEOR TRAILS
  J. Atmosph. and Terrestrial Phys. 21, 261-271
  METEOR PHYSICS
  
  
  
• POULTER E.M. (1980):
  ON APPARENT CHANGES IN THE AMBIPOLAR DIFFUSION COEFFICIENT DETERMINED FROM RADIO-METEOR ECHOES
  J. Atmosph. and Terrestrial Phys. 42, 69-72
  METEOR PHYSICS
  
  
  
• OPIK E.J. (1964):
  BOOK REVIEW; PHYSIKALISCHE THEORIE DER METEORE UND DIE METEORITISCHE SUBSTANZ IM SONNENSYSTEM
  Irish Astron. Journal 6, 113-116
  METEOR PHYSICS - COSMIC DUST
  
  
  
• OPIK E.J. (1964):
  LUMINOUS EFFICIENCY OF METEORS
  Irish Astron. Journal 6, 162-164
  METEOR PHYSICS
  
  
  
• OPIK E.J. (1968):
  INTERACTION OF METEORIC BODIES WITH THE TERRESTRIAL ATMOSPHERE
  Irish Astron. Journal 8, 53-62
  METEOR PHYSICS
  
  
  
• PETER M.MILLMAN (1959):
  METEORIC IONIZATION. NR. 8 FROM J.R.A.S.C. VOL. 44
  Contr. Dominion Obs., Ottawa, Ontario 2, 209-220
  IONIZATION - METEOR PHYSICS
  
  
  
• OPIK ERNST (1933):
  ATOMIC COLLISIONS AND RADIATION OF METEORS
  Harvard Reprint Ser. I 100, 1-39
  METEOR PHYSICS
  
  
  
• THOMAS R.N.,WHIPPLE F.L. (1951):
  THE PHYSICAL THEORY OF METEORS II.ASTROBALLISTIC HEAT TRANSFER
  Harvard Reprint Ser. I 355, 448-465
  METEOR PHYSICS
  
  
  
• THOMAS R.N.,WHITE W.C. (1953):
  THE PHYSICAL THEORY OF METEORS. IV.INQUIRY INTO THE RADIATION PROBLEM - A LABORATORY MODEL
  Harvard Reprint Ser. I 378, 555-567
  METEOR PHYSICS
  
  
  
• SMITH HENRY J. (1954):
  THE PHYSICAL THEORY OF METEORS. V.THE MASSES OF METEOR-FLARA FRAGMENTS
  Harvard Reprint Ser. I 384, 438-442
  METEOR FRAGMENTATION - METEOR PHYSICS
  
  
  
• COOK ALLAN F. (1954):
  THE PHYSICAL THEORY OF METEORS. VI.THE LIGHT-CURVE
  Harvard Reprint Ser. I 394, 572-577
  METEOR LIGHT CURVE - METEOR PHYSICS
  
  
  
• WHIPPLE FRED L. (1955):
  THE PHYSICAL THEORY OF METEORS. VII.ON METEOR LUMINOSITY AND IONIZATION
  Harvard Reprint Ser. I 400, 241-249
  IONIZATION - METEOR PHYSICS
  
  
  
• JACCHIA L.G. (1955):
  THE PHYSICAL THEORY OF METEORS. VIII.FRAGMENTATION AS CAUSE OF THE FAINT-METEOR ANOMALY
  Harvard Reprint Ser. I 405, 521-527
  METEOR FRAGMENTATION - METEOR PHYSICS
  
  
  
• JACCHIA L.G. (1958):
  ON TWO PARAMETERS USED IN THE PHYSICAL THEORY METEORS
  Harvard Reprint Ser. II 122, 181-187
  METEOR PHYSICS
  
  
  
• HAWKINS G.S.,WHIPPLE F.L. (1958):
  THE WIDTH OF METEORS TRAILS
  Harvard Reprint Ser. II 138, 283-291
  METEOR PHYSICS
  
  
  
• COOK ALLAN F.,HAWKINS G.S.,STIENON FRANCIS M. (1962):
  METEOR TRAILS WIDTHS
  Harvard Reprint Ser. II 185, 158-162
  METEOR PHYSICS
  
  
  
• LANNEAU J.F. (1905):
  PHYSICS OF SHOOTING STARS
  Popular Astron. 13, 434-445
  METEOR PHYSICS
  
  
  
• SPARROW C.M. (1925):
  PHYSICAL THEORY OF METEORS
  Popular Astron. 33, 302-302
  METEOR PHYSICS
  
  
  
• WYLIE C.C. (1936):
  THE RESISTANCE OF THE AIR TO METEORS
  Popular Astron. 44, 281-282
  METEOR PHYSICS
  
  
  
• WILSON B.H. (1943):
  OXYHYDROGEN COMBUSTION, A POSSIBLE FACTOR IN ACCOUNTING FOR THE LUMINOUS PHENOMENA OF METEORS
  Popular Astron. 51, 202-212
  METEOR PHYSICS
  
  
  
• CLEGG J.A.,CLOSS R.L. (1951):
  PLASMA OSCILLATIONS IN METEOR TRAILS
  Astron. Contr. Univ. Manchester, Series II, Reprints 54, 718-719
  METEOR PHYSICS
  
  
  
• KAISER T.R. (1954):
  A SYMPOSIUM ON METEOR PHYSICS AT JODRELL BANK
  Astron. Contr. Univ. Manchester, Series II, Reprints 108, 195-209
  METEOR PHYSICS
  
  
  
• HOFFMEISTER C. (0):
  UEBER DAS LEUCHTEN DER METEORE
  Universit„tssternwarte Berlin-Babelsberg-Sonneberg, Sammlung von Abdrucken 269, 109-113
  METEOR PHYSICS
  
  
  
• VERNIANI FRANCO (1964):
  ON THE LUMINOUS EFFICIENCY OF METEORS
  Smiths. Inst. Astrophys. Obs., Research in Space Science 145, 1-62
  METEOR PHYSICS
  
  
  
• MCCROSKY R.E.,CEPLECHA Z. (1969):
  FIREBALLS AND THE PHYSICAL THEORY OF METEORS
  Smiths. Inst. Astrophys. Obs., Research in Space Science 305, 1-65
  FIREBALLS - METEOR PHYSICS
  
  
  
• ANFIMOV N.A. (1960):
  SOME REGULARITIES IN THE MOTION OF METEORIC BODIES IN THE ATMOSPHERE
  Soviet Astron. 3, 139-142
  METEOR PHYSICS
  
  
  
• DOKUCHAEV V.P. (1961):
  FORMATION OF AN IONIZED METEOR TRAIL
  Soviet Astron. 4, 106-109
  IONIZATION - METEOR PHYSICS
  
  
  
• MIRTOV B.A. (1961):
  THE MECHANISM OF FORMATION OF A METEOR TRAIL
  Soviet Astron. 4, 485-488
  METEOR PHYSICS
  
  
  
• FURMAN A.M. (1961):
  THE THEORY OF IONIZATION IN METEOR TRAILS
  Soviet Astron. 4, 489-497
  IONIZATION - METEOR PHYSICS
  
  
  
• DERBENEVA A.D. (1966):
  THE LUMINOUS EFFICIENCY OF METEORS
  Soviet Astron. 10, 355-356
  METEOR PHYSICS
  
  
  
• FURMAN A.M. (1966):
  METEOR-TRAIL IONIZATION THEORY IV. ION.EFFICIENCY THROUGH COLLISION OF VAPORIZED MET. PARTICLES...
  Soviet Astron. 10, 844-852
  IONIZATION - METEOR PHYSICS
  
  
  
• HAWKES R.L.,JONES J. (1974):
  PHYSICAL THEORY OF DUSTBALL METEORS (ABSTRACT)
  J. Roy Astron. Soc. Canada 68, 261-261
  METEOR PHYSICS
  
  
  
• DAVIDSON M. (1912):
  B.A.A. MEETING, METEORS IN THE ATMOSPHERE
  J. British Astron. Assoc. 22, 414-416
  METEOR PHYSICS
  
  
  
• DAVIDSON M. (1913):
  THE RESISTANCE OF THE ATMOSPHERE TO THE FLIGHT OF METEORS
  J. British Astron. Assoc. 23, 321-325
  ATMOSPHERE - METEOR PHYSICS
  
  
  
• DAVIDSON M. (1913):
  THE RESISTANCE OF THE ATMOSPHERE TO THE FLIGHT OF METEORS
  J. British Astron. Assoc. 23, 393-395
  ATMOSPHERE - METEOR PHYSICS
  
  
  
• REVIEW (1970):
  PHYSICS AND DYNAMICS OF METEORS
  J. British Astron. Assoc. 80, 155-156
  METEOR PHYSICS
  
  
  
• COOK A.F. (1955):
  ON THE CONSTANTS OF THE PHYSICAL THEORY OF METEORS
  Astron. Journal 60, 156-157
  METEOR PHYSICS
  
  
  
• COOK A.F.,HAWKINS G.S (1956):
  INADEQUACY OF RECOMBINATION AS THE SOURCE OF RADIATION FROM METEORIC TRAINS
  Astron. Journal 61, 174-174
  METEOR PHYSICS
  
  
  
• WOOD J.A. (1957):
  SPUTTERING AND THE DRAG COEFFICIENT IN THE REGIME OF FREE MOLECULAR FLOW
  Astron. Journal 62, 40-41
  METEOR PHYSICS
  
  
  
• COOK A.F. (1959):
  SHIELDING OF METEOROIDS BY VAPORIZATION
  Astron. Journal 64, 326-327
  METEOR PHYSICS
  
  
  
• COOK A.F. (1960):
  HEAT TRANSFER COEFFICIENT FOR METEORS SHIELDED BY AN AIR CAP
  Astron. Journal 65, 343-343
  METEOR PHYSICS
  
  
  
• BALDWIN BARRET S.,SHEAFFER Y.S. (1969):
  A MODIFICATION OF THE LUMINOSITY-MASS RELATIONSHIP FOR METEORS TO ACCOUNT FOR DEBRIS IN THE WAKE
  Meteoritics 4, 149-150
  METEOR TRAIN PHYSICS - METEOR PHYSICS
  
  
  
• COOK A.F. (1969):
  PHYSICAL THEORY OF METEORS AND SUPER-SCHMIDT METEORS
  Meteoritics 4, 163-163
  METEOR PHYSICS
  
  
  
• MCINTOSH BRUCE A. (1970):
  METEORITE PASSAGE THROUGH THE LOWER ATMOSPHERE: PREDICTIONS OF SIMPLE THEORY
  Meteoritics 5, 210-210
  METEOR PHYSICS - ATMOSPHERE
  
  
  
• REVELLE D.O.,MCINTOSH B.A. (1978):
  METEORITE ENTRY - A COMPARISON BETWEEN THEORY AND OBSERVATION USING SIMPLE ABLATION MODELS
  Meteoritics 13, 610-611
  METEOR ABLATION - METEOR PHYSICS
  
  
  
• HUSS GLENN I. (1980):
  CAVITATION AND HEAT CONDUCTIVITY IN THE ATMOSPHERIC DISRUPTION OF LARGE METEORITES
  Meteoritics 15, 306-306
  METEOR FRAGMENTATION - METEOR PHYSICS
  
  
  
• MARIS H.B. (1929):
  A THEORY OF METEORS
  J. Geophys. Research 34, 309-316
  METEOR PHYSICS
  
  
  
• JENKINS A.W.,DUVALL B.W. (1963):
  A POSSIBLE MECHANISM FOR MAGNETIC EFFECTS FROM METEORS
  J. Geophys. Research 68, 599-600
  GEOMAGNETISM - METEOR PHYSICS
  
  
  
• ZIMMERMAN S.P. (1973):
  METEOR TRAILS AND ATMOSPHERIC TURBULENCE
  J. Geophys. Research 78, 3927-3934
  ATMOSPHERE WIND - METEOR PHYSICS
  
  
  
• REVELLE DOUGLAS O. (1980):
  A PREDICTIVE MACROSCOPIC INTEGRAL RADIATION EFFICIENCY MODEL
  J. Geophys. Research 85, 1803-1808
  METEOR PHYSICS
  
  
  
• HEIS EDUARD (1849):
  ALLGEMEINE RESULTATE AUS DEN STERNSCHUPPEN-BEOBACHTUNGEN. HYPOTHESE šBER LICHTERSCHEINUNGEN METEOR
  In : Die periodischen Sternschnuppen und die Resultate der letzten 10 Jahre., M.DUMONT-SCHAUBERG, COLN, 36-40
  HISTORY - METEOR PHYSICS
  
  
  
• SCHIAPARELLI J.V. (1871):
  šBER DIE AUF DER OBERFLŽCHE DER AEROLITHEN DURCH DIE ZUSAMMENDRšCKUNG DER LUFT ENTWICKELTE WŽRME
  In : Entwurf einer Astronomischen Theorie der Sternschnuppen, Th. von der Nahmer, Stettin, 236-239
  METEOR PHYSICS
  
  
  
• HOFFMEISTER C. (1937):
  THEORIE DES LEUCHTVORGANGS
  In : Die Meteore, ihre kosmischen und irdischen Beziehungen., Akademische Verlagsgesellschaft m.b.H., Leipzig, 86-98
  METEOR PHYSICS
  
  
  
• LOVELL A.C.B. (1954):
  THE FUNDAMENTAL EQUATIONS OF METEORIC MOTION
  In : Meteor Astronomy., Clarendon Press, Oxford, 86-95
  METEOR PHYSICS
  
  
  
• OPIK E.J. (1958):
  METEOROID ENERGY TRANSFER
  In : Physics of Meteor Flight in the Atmosphere., Interscience Publishers Inc., New York, 29-59
  METEOR PHYSICS
  
  
  
• OPIK E.J. (1958):
  DETAILS OF ENERGY TRANSFER AND TYPES OF ABLATION
  In : Physics of Meteor Flight in the Atmosphere., Interscience Publishers Inc., New York, 80-112
  METEOR PHYSICS - METEOR ABLATION
  
  
  
• OPIK E.J. (1958):
  ATOMIC COLLISIONS
  In : Physics of Meteor Flight in the Atmosphere., Interscience Publishers Inc., New York, 113-132
  METEOR PHYSICS
  
  
  
• OPIK E.J. (1958):
  METEOR RADIATION
  In : Physics of Meteor Flight in the Atmosphere., Interscience Publishers Inc., New York, 133-148
  METEOR PHYSICS
  
  
  
• OPIK E.J. (1958):
  APPLICATION, DRACONIDS AS DUSTBALLS
  In : Physics of Meteor Flight in the Atmosphere., Interscience Publishers Inc., New York, 149-152
  DRACONIDS - METEOR PHYSICS
  
  
  
• OPIK E.J. (1958):
  APPLICATION, THE AVERAGE NAKED-EYE METEORS
  In : Physics of Meteor Flight in the Atmosphere., Interscience Publishers Inc., New York, 152-155
  METEOR PHYSICS
  
  
  
• WHIPPLE F.L.,HAWKINS G. (1959):
  METEOR DYNAMICS AND ORBITS OF COMETS, ASTEROIDS AND METEORS
  In Fl�gge S. (eds.): Astrophysics III: The Solar System., Springer-Verlag, Berlin, G”ttingen, Heidelberg, 527-530
  METEOR PHYSICS - COMET ORBIT - ASTEROID ORBIT - ORBITS
  
  
  
• LEWIN J.L. (1961):
  DIE GESCHICHTLICHE ENTWICKLUNG DER PHYSIKALISCHEN THEORIE DER METEORE
  In : Physikalische Theorie der Meteore und die meteoritische Substanz im Sonnensyst., Akademie-Verliag, Berlin, 11-21
  HISTORY - METEOR PHYSICS
  
  
  
• LEWIN J.L. (1961):
  ALLGEMEINES BILD DER BEWEGUNG EINES METEORITISCHEN KOERPERS IN DIE ATMOSPHAERE
  In : Physikalische Theorie der Meteore und die meteoritische Substanz im Sonnensyst., Akademie-Verliag, Berlin, 21-29
  METEOR PHYSICS
  
  
  
• LEWIN J.L. (1961):
  DIE SPERRWIRKUNG DER DAVONFLIEGENDEN LUFTMOLEKUELE
  In : Physikalische Theorie der Meteore und die meteoritische Substanz im Sonnensyst., Akademie-Verliag, Berlin, 35-39
  METEOR PHYSICS
  
  
  
• LEWIN J.L. (1961):
  DIE ZERSTAEUBUNG UND BREMSUNG DER METEORITISCHEN KOERPERS IN DEN OBEREN ATMOSPHAERENSCHICHTEN
  In : Physikalische Theorie der Meteore und die meteoritische Substanz im Sonnensyst., Akademie-Verliag, Berlin, 39-47
  METEOR PHYSICS
  
  
  
• LEWIN J.L. (1961):
  DIE ERWAERMUNG DER METEORITISCHEN KOERPER
  In : Physikalische Theorie der Meteore und die meteoritische Substanz im Sonnensyst., Akademie-Verliag, Berlin, 47-59
  METEOR PHYSICS
  
  
  
• LEWIN J.L. (1961):
  UEBERBLICK UEBER DIE GEWONNENEN ERGEBNISSE
  In : Physikalische Theorie der Meteore und die meteoritische Substanz im Sonnensyst., Akademie-Verliag, Berlin, 59-63
  METEOR PHYSICS
  
  
  
• LEWIN J.L. (1961):
  DER BEGINN DER VERDAMPFUNG DES METEORITISCHEN KOERPERS
  In : Physikalische Theorie der Meteore und die meteoritische Substanz im Sonnensyst., Akademie-Verliag, Berlin, 64-82
  METEOR PHYSICS
  
  
  
• LEWIN J.L. (1961):
  DIE SPERRWIRKUNG DER VERDAMPFTEN MOLEKUELE
  In : Physikalische Theorie der Meteore und die meteoritische Substanz im Sonnensyst., Akademie-Verliag, Berlin, 82-85
  METEOR PHYSICS
  
  
  
• LEWIN J.L. (1961):
  ZAHLENWERTE DER WIDERSTANDSKOEFFIZIENTEN UND DES WAERMEUEBERTRAGUNGSKOEFFIZIENTEN
  In : Physikalische Theorie der Meteore und die meteoritische Substanz im Sonnensyst., Akademie-Verliag, Berlin, 85-96
  METEOR PHYSICS
  
  
  
• LEWIN J.L. (1961):
  DIE VERDAMPFUNG UND BREMSUNG DES METEORITISCHEN KOERPERS
  In : Physikalische Theorie der Meteore und die meteoritische Substanz im Sonnensyst., Akademie-Verliag, Berlin, 96-117
  METEOR PHYSICS
  
  
  
• LEWIN J.L. (1961):
  DAS LEUCHTEN DER METEORE
  In : Physikalische Theorie der Meteore und die meteoritische Substanz im Sonnensyst., Akademie-Verliag, Berlin, 118-135
  METEOR PHYSICS
  
  
  
• MCKINLEY D.W.R. (1961):
  PHYSICAL THEORY OF METEORS
  In : Meteor Science and Engineering., McGraw-Hill, New York, Toronto, London, 172-185
  METEOR PHYSICS
  
  
  
• MCKINLEY D.W.R.,MILLMAN P.M. (1963):
  PHYSICAL THEORY OF METEORS
  In Middlehurst B., Kuiper G.P. (eds.): The Moon, Meteorites and Comets. Chapter 21: Meteors.,, 753-763
  METEOR PHYSICS
  
  
  
• HAWKINS G.S. (1964):
  THE METEOR PROCESS
  In : Meteors, Comets and Meteorites, McGraw-Hill, New York, 15-28
  METEOR PHYSICS
  
  
  
• KATASEV L.A. (1964):
  THE EARTH'S ATMOSPHERE AND THE PHYSICAL THEORY OF METEORS
  In : Photographic Methods in Meteor Astronomy., I.P.S.T., Jerusalem, 46-52
  METEOR PHYSICS - ATMOSPHERE
  
  
  
• COOK A.F. (1968):
  THE PHYSICAL THEORY OF METEORS
  In KRESAK L., MILLMAN P.M. (eds.): PHYSICS AND DYNAMICS OF METEORS., REIDEL PUBLISHING COMPANY, DORDRECHT-HOLLAND, 149-160
  METEOR PHYSICS
  
  
  
• HALLIDAY I. (1968):
  METEOR PHYSICS
  In KRESAK L., MILLMAN P.M. (eds.): PHYSICS AND DYNAMICS OF METEORS., REIDEL PUBLISHING COMPANY, DORDRECHT-HOLLAND, 511-517
  METEOR PHYSICS
  
  
  
• WHIPPLE F.L. (1968):
  METEOR DYNAMICS
  In KRESAK L., MILLMAN P.M. (eds.): PHYSICS AND DYNAMICS OF METEORS., REIDEL PUBLISHING COMPANY, DORDRECHT-HOLLAND, 518-525
  METEOR PHYSICS
  
  
  
• WHIPPLE FRED L. (1972):
  METEOR DYNAMICS, PHYSICS AND DYNAMICS OF METEORS, PP.518-525, 1968
  In : Meteors and Comets and the Interplanetary Complexbrowse., SMITHSONIAN ASTROPHYSICAL OBSERVATORY, CAMBRIDGE., 675-681
  METEOR PHYSICS
  
  
  
• WHIPPLE FRED L. (1972):
  THE PHYSICAL THEORY OF METEORS II,ASTROBALLISTIC HEAT TRANSFER,ASTROPHYS.J,VOL.114,PP.448-465 1951
  In : Meteors and Comets and the Interplanetary Complexbrowse., SMITHSONIAN ASTROPHYSICAL OBSERVATORY, CAMBRIDGE., 706-723
  METEOR PHYSICS
  
  
  
• WHIPPLE FRED L. (1972):
  PHYSICAL THEORY OF METEORS.VII.ON METEOR LUMINOSITY,IONISATION,ASTROPHYS.J.VOL.121,P.241-249,1955
  In : Meteors and Comets and the Interplanetary Complexbrowse., SMITHSONIAN ASTROPHYSICAL OBSERVATORY, CAMBRIDGE., 726-734
  METEOR PHYSICS - IONIZATION
  
  
  
• FRIICHTENICHT J.F.,BECKER D.G. (1973):
  DETERMINATION OF METEOR PARAMETERS USING LABORATORY SIMULATION TECHNIQUES
  In HEMENWAY C.L., MILLMAN P.M., COOK A.F. (eds.): Evolutionary and Physical Properties of Meteoroids., N.A.S.A. WASHINGTON D.C. SP-319, 53-81
  METEOR PHYSICS
  
  
  
• SAVAGE HOWARD F.,BOITNOTT A. (1973):
  LABORATORY DETERMINATION OF THE LUMINOUS EFFICIENCY OF METEORS CONSTITUENTS
  In HEMENWAY C.L., MILLMAN P.M., COOK A.F. (eds.): Evolutionary and Physical Properties of Meteoroids., N.A.S.A. WASHINGTON D.C. SP-319, 83-87
  METEOR PHYSICS
  
  
  
• PADEVET V. (1973):
  MOTION OF A FRAGMENT IN DISTURBED AIR BEHIND A METEOR BODY
  In HEMENWAY C.L., MILLMAN P.M., COOK A.F. (eds.): Evolutionary and Physical Properties of Meteoroids., N.A.S.A. WASHINGTON D.C. SP-319, 169-174
  METEOR FRAGMENTATION - METEOR PHYSICS
  
  
  
• MCDONNELL J.A.M.,HUGHES D.W. (1978):
  THE METEOR IN THE EARTH'S ATMOSPHERE
  In McDonnell J.A.M. (eds.): Cosmic Dust., John Wiley & Sons, Chichester, New York, Brisbane, Toronto, 163-180
  METEOR PHYSICS
  
  
  
• HALLIDAY I.,MCINTOSH B.A.,REVELLE D.O. (1980):
  INTERACTION OF LARGE BODIES WITH THE EARTH'S ATMOSPHERE
  In Halliday I., McIntosh B.A. (eds.): Solid Particles in the Solar System., Reidel Publishing Company, Dordrecht, 185-198
  METEOR PHYSICS
  
  
  
• BRONSHTEN V.A. (1983):
  FUNDAMENTAL EQUATIONS
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 12-17
  METEOR PHYSICS
  
  
  
• BRONSHTEN V.A. (1983):
  SELF-SIMILARITY OF THE PROBLEM OF MOTION AND ABLATION OF A METEOROID
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 17-23
  METEOR PHYSICS - METEOR ABLATION
  
  
  
• BRONSHTEN V.A. (1983):
  THE PROBLEM OF METEOROID MOTION WITH VARIABLE COEFFICIENTS
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 24-29
  METEOR PHYSICS
  
  
  
• BRONSHTEN V.A. (1983):
  FLOW REGIMES
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 29-36
  METEOR PHYSICS
  
  
  
• BRONSHTEN V.A. (1983):
  PARAMETERS OF THE FUNDAMENTAL EQUATIONS
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 36-51
  METEOR PHYSICS
  
  
  
• BRONSHTEN V.A. (1983):
  THE HEATING OF A METEOROID IN THE UPPER SECTION OF ITS PATH
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 52-58
  METEOR PHYSICS
  
  
  
• BRONSHTEN V.A. (1983):
  THE TRANSITION TO INTENSIVE EVAPORATION
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 58-66
  METEOR PHYSICS
  
  
  
• BRONSHTEN V.A. (1983):
  SHIELDING EFFECTS. THE REGIME OF FIRST COLLISIONS
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 66-75
  METEOR PHYSICS
  
  
  
• BRONSHTEN V.A. (1983):
  SHIELDING IN THE TRANSITION REGIME
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 75-86
  METEOR PHYSICS
  
  
  
• BRONSHTEN V.A. (1983):
  THE CASE OF STRONG SHIELDING
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 86-90
  METEOR PHYSICS
  
  
  
• BRONSHTEN V.A. (1983):
  TWO MAIN MECHANISMS OF ABLATION: VAPORIZATION AND SPRAYING OR BLOWOFF OF THE MOLTEN LAYER
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 91-100
  METEOR PHYSICS - METEOR ABLATION
  
  
  
• BRONSHTEN V.A. (1983):
  LARGE-METEOROID VAPORIZATION UNDER THE INFLUENCE OF THE RADIATION FLUX
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 115-122
  METEOR PHYSICS
  
  
  
• BRONSHTEN V.A. (1983):
  FORMATION OF AN ABLATIONAL SHOCK WAVE AND THE ENERGETICS OF LARGE METEOROID
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 122-133
  METEOR PHYSICS - METEOR ABLATION
  
  
  
• BRONSHTEN V.A. (1983):
  THE NATURE OF METEOR RADIATION
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 139-146
  METEOR PHYSICS
  
  
  
• BRONSHTEN V.A. (1983):
  THE LUMINOSITY EQUATION AND ITS PARAMETER
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 146-156
  METEOR PHYSICS
  
  
  
• BRONSHTEN V.A. (1983):
  EXPERIMENTAL DETERMINATIONS OF THE RADIATIVE EFFICIENCY
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 156-159
  METEOR PHYSICS
  
  
  
• BRONSHTEN V.A. (1983):
  THE EFFECT OF METEOROID FLIGHT CONDITION ON THE RADIATIVE EFFICIENCY
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 159-165
  METEOR PHYSICS
  
  
  
• BRONSHTEN V.A. (1983):
  DYNAMIC MASSES
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 236-238
  METEOR PHYSICS - METEOROID MASS
  
  
  
• BRONSHTEN V.A. (1983):
  A QUASI-SIMPLE ABLATION MODEL FOR THE ENTRY OF LARGE METEOROIDS INTO THE ATMOSPHERE
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 295-297
  METEOR ABLATION - METEOR PHYSICS
  
  
  
• BRONSHTEN V.A. (1983):
  TRANSFER OF THE SHOCK-WAVE RADIATION TO THE BODY OF THE METEOROID
  In : Physics of Meteoric Phenomena., Reidel Publishing Company, Dordrecht, Boston, Lancaster., 297-299
  METEOR PHYSICS
  
  
  
• Ceplecha Z. (1996):
  The physics of meteors
  In Gustavson B.�.S., Hanner M.S. (eds.): Physics, chemistry, and dynamics of interplanetary dust, Astron. Soc. of the Pacific, 53-64
  METEOR PHYSICS
  
  
  
• Ceplecha Z. (1991):
  Meteors depend on Meteoroids
  Proc. International Meteor Conf. Violau 1990, 13-21
  METEOR PHYSICS - FIREBALLS - ATMOSPHERE DENSITY - METEOR ABLATION - GEMINIDS CHARACTERISTICS
  
  
  
• Hornung K.,Kissel J. (1994):
  On shock wave impact ionization of dust particles
  Astron. Astrophys. 291, 324-0
  COSMIC DUST - METEOR PHYSICS
  
  
  
• Ceplecha Z. (1994):
  Impacts of meteorids larger than 1m into the Earth`s atmosphere
  Astron. Astrophys. 286, 967-0
  METEOR PHYSICS - FIREBALLS
  
  
  
• Borovicka J.,Spurny P. (1996):
  Radiation study of two very bright terrestrial bolides and an application to the comet S-L 9 collision with Jupiter
  Icarus 121, 484-510
  METEOR PHYSICS - FIREBALLS
  
  
  
• Golub A.P.,Kosarev I.B.,Nemchinov I.V.,Shuvalov V.V. (1996):
  Emission and ablation of a large meteoroid in the course of its motion through the Earth`s atmosphere
  Sol. Syst. Res. 30, 183-197
  METEOR ABLATION - METEOR LIGHT CURVE - METEOR PHYSICS
  
  
  
• Gustafson B.A.S.,Adolfsson L.G. (1996):
  Radiation pressure corrections of Perseids 1994
  Earth Moon Planets 72, 327-332
  METEOR PHYSICS - PERSEIDS