Interplanetary objects in review: Statistics of their masses and dynamics

Icarus

Volumn 17, Issue 1, 1972, Pages 1-48

  Dohnanyi, J S ^a  

^a Bellcomm Inc ^*  (United States)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 0001857418     PISSN: 00191035     EISSN: 10902643     Source Type: Journal    
DOI: 10.1016/0019-1035(72)90044-9     Document Type: Article

References (219)

1. Apples in a spacecraft
2. The spectrum of the corona at the eclipse of 1940 October 1
3. Frothing as an explanation of the acceleration Anomalies of cometary meteors
4. Satellite measurements of particles causing zodiacal light
5. Statistical analysis of meteroid penetration data including effects of cutoff
6. Two meteorites of unusually short cosmic-ray exposure age
7. Fragmentation history of asteroids
8. Interrelations of meteorites, asteroids and comets
9. Orbital clues to the nature of meteorite parent bodies
10. The origin of meteorites as small bodies
11. The origin of meteorites as small bodies, II, The model
12. The origin of meteorites as small bodies III General considerations
13. Luminous Efficiency of an Artificial Meteor at 11.9 Kilometers per Second
14. Photographic observations of ten artificial meteors
15. A Method for Computing Luminous Efficiencies from Meteor Data
16. Ablation and breakup of large meteoroids during atmospheric entry
17. Physical Properties and Dynamics of Interplanetary Dust. University of Maryland,
18. Interplanetary dust
19. Interplanetary dust measurements near the earth
20. Accretion rate of cosmic matter from iridium and osmium content of deep-sea sediments
21. Measurement and interpretation of the luminous efficiencies of iron and copper simulated micrometeors
22. Luminous Efficiencies of Three Nickel Artificial Meteors Between 9.8 and 11.4 Kilometers per Second
23. The Pioneer 8 cosmic dust experiment
24. Orbital elements of micrometeoroids derived from Pioneer 8 measurements
25. More than two years of micrometeorite data from two Pioneer satellites
26. New and supplementary data from the Pioneer cosmic dust experiments
27. Penetration of spacecraft by lunar secondary meteoroids
28. Density and mass distribution of meteorites
29. Characteristics of radio echoes from meteor trails II: The distribution of meteor magnitudes and masses
30. Solar wind degradation of interplanetary dust
31. Mineraology, petrology, and surface features of some Apollo 11 samples
32. A review of Spectrophotometric Studies of Minor Planets
33. Pegasus Satellite Measurements of Meteoroid Penetration
34. Luminous efficiency of iron and stone asteroidal mateors
35. Meteoroid activity on the lunar surface from the Surveyoe III sample examination
36. Review of meteoroid environment based on results from Explorer XIII and XVI satellites
37. A meteor model for the zodiacal cloud
38. Model Distribution of Photographic Meteors
39. Collisional model of meteoroids
40. Collisional model of asteroids and their debris
41. Collisional model of asteroids and their debris
42. On the origin and distribution of meteoroids
43. Mass Distribution of Asteroids
44. Micrometeoroids
45. Flux of micrometeoroids: Lunar sample analyses compared with flux model
46. Flux of micrometeoroids: Lunar sample analyses compared with flux model
47. Fragmentation and distribution of asteroids
48. Current evolution of meteoroids
49. The lunar micrometeoroid experiment, L033
50. Incidence of meteors on the earth derived from radio observations
51. Meteor echo rates and the flux of sporadic meteors
52. Ephemerides of Minor Planets for 1967
53. Intrinsic distribution of cometary perihelia and magnitudes
54. Change in total energy of comets passing through the solar system
55. Cosmic dust in the mesosphere
56. Cosmic dust in the atmosphere and in the interplanetary space at 1 A.U. today and in the early solar system
57. Very heavy solar cosmic rays: Energy spectrum and implications for lunar erosion
58. A laboratory measurement of meteor luminous efficiency
59. 6 simulated micrometeors
60. Apollo 12 lunar samples: Trace element analysis of a core and the uniformity of the regolith
61. Trace elements in Apollo 11 lunar rocks: Implications for meteorite influx and origin of moon
62. Spray Ejected from the Lunar Surface by Meteoroid Impact
63. Saturation and equilibrium conditions for impact cratering on the lunar surface Criteria and implications
64. The destruction of tektites by micrometeoroid impact
65. A model for predicting the results of ‘In Situ’ meteoroid experiments
66. Light scattering by small particles and models of interplanetary matter derived from the zodiacal light
67. Suggested zodiacal light measurements from space probes
68. Ablation and luminosity of artificial meteors
69. Limitations of radar techniques for the study of meteors
70. The Lunar Orbiter Meteoroid Experiments
71. Meteoroid hazard near Moon
72. Gaps in the distribution of asteroids
73. The albedo of the moon: Evidence for vapor phase deposition processes on the lunar surface
74. Terrestrial and lunar flux of large meteorites in the last two billion years
75. Growth of asteroids and planetesimals by accretion
76. Asteroid collisions and evaluation of asteroidal mass distribution and meteoritic flux
77. Lunar rocks or meteoroid detectors
78. Photographic Observations of a Low-Density Iron Artificial Meteoroid
79. Origins of the zodiacal dust cloud
80. The Explorer XVI Micrometeoroid Satellite, Description and Preliminary Results for the Period December 16, 1962 through January 13, 1963
81. The Explorer Micrometeoroid Satellite
82. The Explorer XVI Micrometeoroid Satellite
83. The method of reduction of short-trail meteors
84. The influx rate of meteors in the earth's atmosphere
85. The influx rate of meteors in the earth's atmosphere
86. Asteroidal fragments
87. Impacts on the earth and moon
88. The statistics of meteors in the earth's atmosphere
89. Orbital elements of meteors
90. The influx rate of meteors in the earth's atmosphere
91. Results from the Gemini S-10 and S-12 micrometeorite experiments
92. Technical descriptions of the Gemini S-10 and S-12 micrometeorite experiments
93. The new moon A view
94. Families of asteroids
95. Families of asteroids
96. Micrometeorite craters on lunar rock surfaces
97. Interplanetary matter
98. Observations of the polarization of the night sky and a model of the zodiacal cloud normal to the ecliptic plane
99. Theoretical Frauenhofer line profiles in the spectrum of the zodiacal light
100. Motion of the interplanetary dust cloud
101. Meteors, meteorites and comets: Inter-relations
102. Precision orbits of 413 photographic meteors
103. The ariel II micrometeorite penetration measurements
104. Preliminary Analysis of Simulated Meteor Reentry at 9.8 Kilometers per Second
105. The Meteoroid Satellite Project Pegasus First Summary Report
106. Radio echo studies of meteor ionization
107. The incident flux of meteors and the total meteoric ionization
108. The determination of the incident flux of radio-meteors II Sporadic meteors
109. Trace elements and radioactivity in lunar rocks: Implications for meteorite infall solar wind flux and formation conditions of moon
110. Upper limit on the spatial density of asteroidal debris
111. Spatial Density of the known Asteroids in the Ecliptic Plane
112. Meteoroid Environment Model—1970 (Interplanetary and Planetary)
113. Asteroid counts and their reduction
114. A relation between the orbits and magnitude distribution of meteors
115. The asymmetry of the asteroid belt
116. Survey of asteroids
117. Meteor ionization and the mass of meteoroids
118. Density of meteoric matter in the vicinity of the earth's orbit from radar observations of meteors
119. Preliminary examination of lunar samples from Apollo 11
120. Preliminary examination of lunar samples from Apollo 12
121. Speculation on mass loss by meteoroid impact and formation of the planets
122. Comparison of equilibrium size distributions for lunar craters
123. Evolution of comets into asteroids?
124. A rapid graphical method of meteor trail reduction
125. Distributions of large meteoric bodies
126. Orbits of photographic meteors
127. Photographic networds for fireballs
128. Fireballs and the physical theory of meteors
129. Orbital elements of photographic meteors
130. Photographic observations of nine artificial meteors
131. Results from an artificial iron meteoroid at 10 km/sec.
132. Review of ‘in situ’ measurements of cosmic dust particles in space
133. Erosion phenomena on the lunar surface and meteorites
134. Origin of small lunar particles and breccia from the Apollo 11 site
135. The Fragmentation of Spheres by Projectile Impact
136. Hypervelocity Impact Craters in Pumice
137. Hypervelocity Impact Craters in Pumice
138. Spatial distribution and motion of the known asteroids
139. Pegasus Satellite Measurements of Mateoroid Penetration
140. Calibration of Pegasus and Explorer XXIII detector panels
141. Calibration of Pegasus and Explorer XXIII Detector Panels
142. Solid component of interplanetary matter from vehicle observations
143. Impact phenomena of micrometeorites on lunar surface materials
144. Some doubts about the earth's dust cloud
145. The flux of meteors and micrometeroids in the neighborhood of the earth
146. The origin of tektites
147. The Explorer XXIII Micrometeoroid Satellite
148. Collision probabilities with the planets and the distribution of interplanetary matter
149. Interplanetary dust and terrestrial accretion of meteoric matter
150. On the catastrophic effects of collisions with celestial bodies
151. The stray bodies in the solar system Part I Survival of cometary nuclei and the asteroids
152. The stray bodies in the solar system Part II The cometary origin of meteorites
153. Rotational bursting of small celestial bodies Effects of radiation pressure
154. On the evolution of meteor streams
155. Analysis of all available zodiacal light observations
156. The influence of anisotropically emitted solar radiation on the orbital motion of asteroids and meteorites
157. Radial velocity measurements on the zodiacal light spectrum
158. Zodiacal dust particles: Some comments on recent evidence concerning their motion
159. Dynamical effects of radiation on the solar system
160. Photometry of an Iron Artificial Meteor Reentering at 11 Kilometers per Second
161. s
162. The Gegenschein and interplanetary dust outside the earth's orbit
163. An annotated bibliography on the Gegenschein
164. Earth's dust cloud
165. The Gegenschein
166. Spatial distribution of interplanetary dust
167. Asteroid masses and densities
168. A core-mantle model for cometary nuclei and asteroids of possible cometary origin
169. The earth's dust belt Fact or fiction 1 Forces perturbing dust particle motion
170. Interplanetary correlation of geologic time
171. Zur Optischen Deutung Des Gegenscheins (On an optical interpretation of the Gegenschein)
172. Meteor mass distribution from underdense trail echoes
173. Ionizing probability of iron particles at meteoric velocities
174. The terrestrial influx of small meteoric particles
175. Phase function of the zodiacal cloud
176. Space density of radio meteors
177. The Palomar-Leiden survey of faint minor planets
178. Zodiacal light in the solar corona
179. Minor objects in the solar system
180. Microcraters in glass and minerals
181. On the luminous efficiency of meteors
182. Structure and fragmentation of meteoroids
183. On the ionizing effeciency of meteors
184. The incidence of meteor particles upon the earth
185. The distribution of meteor masses for sporadic meteors and three showers
186. Collisions in the asteroid belt
187. Dynamical studies of asteroidal and cometary orbits and their relation to the origin of meteorites
188. Relationships between orbits and sources of chondritic meteorites
189. Evaluation of Apollo asteroids as sources of stone meteorites
190. A comet model, I. The accleration of the comet Encke
191. A comet model II Physical relations for comets and meteors
192. A comet model III The zodiacal light
193. On the structure of the cometary nucleus
194. On Maintaining the Meteoritic Complex
195. Reduction methods for photographic meteor trails
196. The Poynting Robertson effect on meteor orbits
197. The problem of secondary ejecta near the lunar surface
198. Minor planets I The rotation of Vesta
199. Minor planets II Photographic magnitudes
200. Minor planets III Light-curves of a Trojan asteroid
201. Minor planets and related objects IV Asteroid (1566) Icarus
202. Minor planets and related objects V The density of Trogans near the preceding Lagrangian point
203. Photometric studies of asteroids I
204. Photometric studies of Asteroids II
205. Photometric studies of asteroids III The light-curve of 44 NYSA
206. Photometric studies of asteroids IV The light-curves of Ceres Hebe Flora and Kalliope
207. Photometric studies of asteroids V The light-curve and phase function of 20 Massalia
208. Photometric studies of asteroids VI Photographic magnitudes
209. Photometric studies of asteroids VII