Early chemical history of the solar system

Reviews of Geophysics

Volumn 12, Issue 1, 1974, Pages 71-101

  Grossman, Lawrence ^a   Larimer, John W ^a  

^a NONE

Author keywords

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Indexed keywords

EID: 84995036192     PISSN: 87551209     EISSN: 19449208     Source Type: Journal    
DOI: 10.1029/RG012i001p00071     Document Type: Review

References (193)

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2. Origin, age, and composition of meteorites
3. Chemical processes in the early solar system, as inferred from meteorites
4. Meteorites and the early solar system
5. How well do we know ‘Cosmic’ abundances?
6. Conditions in the early solar system, as inferred from meteorites
7. Physico‐chemical processes in the solar nebula, as inferred from meteorites
8. The origin of the moon
9. The composition and origin of the moon
10. Chemical effects in plasma condensation
11. Fractionation and condensation in space
12. Montmorillonite and serpentine in Orgueil meteorite
13. Trapped helium‐neon isotopic correlations in gas‐rich meteorites and carbonaceous chondrites
14. Trapped neon in meteorites, 2
15. The constrained equilibrium theory: Sulphide phases in meteorites
16. The origin of meteorites and the constrained equilibrium condensation theory
17. Condensation of primordial dust
18. Remarques comparatives sur les étoiles de types S et C
19. Memory of early magnetic fields in carbonaceous chondrites
20. Evidence of an extraterrestrial origin for some organic constituents of meteorites
21. The formation of the sun and planets
22. Formation of the solar nebula
23. The accumulation of chondritic material
24. A new table of abundances of the elements in the solar system
25. Physical conditions in the primitive solar nebula
26. Models of the primitive solar nebula
27. The orbital eccentricity of mercury and the origin of the moon
28. Accumulation processes in the primitive solar nebula
29. Abundances of the elements in the solar system
30. Numerical models of the primitive solar nebula
31. The cosmic abundance of boron
32. Abundance patterns of thirteen trace elements in primitive carbonaceous and uneqiiilibrated ordinary chondrites
33. Gallium and germanium in the metal phase of L‐ and LL‐group chondrites (abstract)
34. Allende inclusions and nebular condensation (abstract)
35. Un chondre exceptionnel dans la météorite de Vigarano
36. Etude minéralogique de la chondrite CIII de Lancé
37. A new mineral in the Vigarano meteorite (abstract)
38. Model for the early history of the earth
39. The Allende, Mexico, meteorite shower
40. Carbon isotope abundance in meteoritic carbonates
41. Oxygen isotopic compositions of Apollo 15, 16, and 17 samples, and their bearing on lunar origin and petrogenesis
42. A trace element study of iron meteorites
43. Thermodynamic equilibria in prebiological atmospheres
44. 2O in stellar atmospheres
45. Metamorphism of the ordinary chondrites: A review
46. A survey of the unequilibrated ordinary chondrites
47. On the formation of graphite grains in cool stars
48. 3+fassaite from the Allende meteorite
49. On the chemical evolution of the carbonaceous chondrites
50. Trapped solar wind noble gases, exposure age, and K‐Ar age in Apollo 11 lunar fine material
51. Thermodynamic equilibrium and the inorganic origin of organic compounds
52. Zirconium and hafnium in meteorites by activation analysis
53. Gold and iridium in meteorites and some selected rocks
54. Physikalisch‐chemische Betrachtungen über die früheste Entwicklungsgeschichte der Erde
55. The early evolution of the sun
56. Origin of planetary primordial rare gas: The possible role of adsorption
57. The record in the meteorites, 3, On the development of meteorites in asteroidal bodies
58. Some possible components of circumstellar grain material
59. Meteorite investigations by electron microprobe techniques
60. A zoned perovskite‐bearing chondrule from the Lancé meteorite
61. Occurrence of cordierite and aluminous orthoenstatite in the Allende meteorite
62. Occurrence of wollastonite, rhönite, and andradite in the Allende meteorite
63. Calcium‐aluminum rich inclusions in the Allende meteorite: Textural and mineralogical evidence for a liquid origin (abstract)
64. Mineralogy and composition of the Murchison meteorite (abstract)
65. 2) meteorite
66. Trace elements in Apollo 11 lunar rocks: Implications for meteorite influx and origin of moon
67. Experimental oscillator strengths for FeI lines
68. Evidence for initial chemical layering of the moon (abstract)
69. Chemical composition and petrogenesis of basalt from Tranquillity Base
70. The opacity of diffuse cosmic matter and the early stages of star formation
71. Apollo 11 and 12 solar wind composition experiments: Fluxes of He and Ne isotopes
72. On the origin of inert gases in stony meteorites
73. On the composition of circumstellar grains
74. Niobium in meteorites
75. 86Sr in the Allende carbonaceous chondrite (abstract)
76. Thermodynamic models in cosmochemical systems
77. Condensation in the primitive solar nebula
78. Condensation, chondrites, and planets
79. Fractionation of refractory elements in the solar nebula (abstract)
80. Refractory trace elements in Ca‐Al‐rich inclusions in the Allende meteorite
81. High‐temperature condensates in chondrites and the environment in which they formed
82. 2chondrites
83. Origin of organic matter in early solar system, 2, Nitrogen compounds
84. Origin of organic matter in early solar system, 4, Amino acids : Confirmation of catalytic synthesis by mass spectrometry
85. Organic constituents of meteorites: A review
86. High resolution mass spectrometric investigations of the organic constituents of the Murray and Holbrook chondrites
87. Introductory remarks
88. Noble gases in unequilibrated ordinary chondrites
89. On the origin of the solar nebula
90. On graphite particles a,s interstellar grains
91. Condensation of the planets
92. Lead and thallium abundances and isotopic composition in chondrite meteorites
93. La magnetite de la météorite d'Orgueil vue au microscope électronique à balayage
94. Primordial noble gases in separated meteoritic minerals, I
95. A theoretical study on the long period variable star, 3, Formation of solid or liquid particles1 in the circumstellar envelope
96. Chemical fractionations in meteorites, 4, Abundances of fourteen trace elements in L‐chondrites; implications for cosmothermometry
97. Mineralogical and chemical relationships among enstatite chondrites
98. 38] from the Leo ville and Allende chondritic meteorites
99. The Leoville, Kansas meteorite : A polymict breccia of carbonaceous chondrites and achondrites (abstract)
100. Incorporation of rare gases in solidifying enstatite melts
101. Abundance of 17 trace elements in carbonaceous chondrites
102. 12abundances in components of carbonaceous chondrites and terrestrial samples
103. Zur Genese der Ca‐Al‐reichen Einschlüsse im Chondriten von Lancé
104. Nonprotein amino acids in the Murchison meteorite.
105. Carbon‐isotope fractionation in the Fischer‐Tropsch synthesis and in meteorites
106. Solubilities of noble gases in magnetite: Implications for planetary gases in meteorites
107. Chondrules: An origin by impacts between dust grains
108. Chemical fractionations in meteorites, 1, Condensation of the elements
109. 2and their bearing on the petrology of chondritic meteorites
110. Chemical fractionations in meteorites, 7, Cosmothermometry and cosmobarometry
111. Chemical fractionations in meteorites, 2, Abundance patterns and their interpretation
112. Chemical fractionations in meteorites, 3, Major element fractionations in chondrites
113. Numerical calculations of the dynamics of a collapsing proto‐star
114. Astrochemical problems in the formation of the earth
115. Bismuth contents of chondrites
116. Thallium contents of chondrites
117. Chemical fractionations in meteorites, 5, Volatile and siderophile elements in achondrites and ocean ridge basalts
118. Chemical fractionations in meteorites, 6, Accretion temperatures of H‐, LL‐, and E‐chondrites, from abundance of volatile trace elements
119. Metal/silicate fractionation in the solar system
120. Low temperature condensation from the solar nebula
121. Molecular equilibria and condensation in a solar nebula and cool stellar atmospheres
122. Chemical and microprobe investigations of the Allende meteorite
123. Isotopic composition of rare gases in the carbonaceous chondrites Mokoia and Allende
124. Trapped xenon and the classification of chondrites
125. The Xe components in the Allende meteorite (abstract)
126. Ages of the Allende chondrules and inclusions: Do they set a time scale for the formation of the solar system? (abstract)
127. Ca‐Alrich phases in the Allende meteorite
128. Introduction
129. The mineralogy of meteorites
130. Noble gases in carbonaceous chondrites
131. Origin of the solar system, review of concepts and theories
132. Chemical composition of 36 individual chondrules from the Allende meteorite (abstract)
133. Magneto‐hydrodynamics, hydrodynamics, dynamics of the solar system in the different models
134. A production of amino acids under possible primitive earth conditions
135. Total carbon content of ordinary chondrites
136. Relationship between siderophilic‐element content and oxidation state of ordinary chondrites
137. The distribution of platinum and palladium metals in iron meteorites and the metal phase of ordinary chondrites
138. Oxygen isotope cosmothermometer
139. Trapped neon in meteorites
140. Primordial rare gases in meteorites
141. 129
142. 244Pu abundances in white inclusions of the Allende meteorite
143. Seven questions related to the origin of the solar system and the answers given in various models
144. 16ratios of some chondritic meteorites and terrestrial ultramafic rocks
145. Silicon in the metal phase of enstatite chondrites and some geochemical implications
146. Chemical evolution of the terrestrial planets
147. Molecules in the sun and stars
148. On the mass transport in the model of the solar nebula by A. G. W. Cameron
149. Bismuth in stony meteorites and standard rocks
150. Abundances of Na, Sc, Cr, Mn, Fe, Co, and Cu in 218 individual meteoritic chondrules via activation analysis, 1
151. Thermodynamical aspects of formation processes of the terrestrial planets and meteorites
152. Endogenous carbon in carbonaceous meteorites
153. Organic compounds in carbonaceous chondrites
154. Origin of organic matter in early solar system, 1, Hydrocarbons
155. Origin of organic matter in early solar system, 5, Further studies of meteoritic hydrocarbons and a discussion of their origin
156. Thermodynamic data on the formation of solid carbon and organic compounds in primitive planetary atmospheres
157. Comments on the origin of chondrules
158. Nuclear abundance rules and the composition of meteorites
159. Mineralogical and chemical properties of the carbonaceous meteorite from Kaba, Hungary
160. Gallium, germanium, indium, and iridium variations in a suite of L‐group chondrites
161. Trace element chemistry of lunar samples from the Ocean of Storms
162. Abundance of molecules in stellar atmospheres
163. Inhomogeneous accumulation of the earth from the primitive solar nebula
164. Heterogeneous accumulation revisited (abstract)
165. Chemical fractionation in the meteorites and the abundance of the elements
166. On the dissipation of gas and volatilized elements from protoplanets
167. The abundance of the elements with special reference to the problem of the iron abundance
168. The composition of stone meteorites and the origin of the meteorites
169. A chemical‐petrologic classification for the chondritic meteorites
170. Multielement analysis of Apollo 16 samples and about the composition of the whole moon (abstract)
171. Chemical composition of 61 individual Allende chondrules (abstract)
172. Formation of ordinary chondrites
173. The chemical classification of iron meteorites, 2, Irons and pallasites with germanium concentrations between 8 and 100 ppm
174. Primordial strontium in an Allende inclusion (abstract)
175. A suggestion as to the origin of chondrules
176. On certain aerodynamic processes for asteroids and comets
177. Kondensation in Stematmospharen
178. Über die, stellare Dissoziation des Wasserstoffmoleküls
179. Metamorphism in chondrites
180. On the origin of chondrules and chondrites
181. On chemical fractionation in the silicate phase of meteorites
182. Origin of organic matter in early solar system, 3, Amino acids: Catalytic synthesis
183. Rare gases in stony meteorites