1983chto.conf..331T
Adib
Afiattalab
Alexander
Alfven Allen
Allen
Anonymous
Arrhenius
Ashworth
Ashworth
Berwerth
Aurell
Meteoritics
chondrites. 431-446.
Implications
Lett.
Scientia (abstract).
irradiation
21, Houston.
roxene. 1161-1175.
25,
179-194.
D.
641-647.
J.
©
J.,
157-164.
J.
papers
Harrison
includes standard
chondrules, H. chondrules extensive
10, especially
Taylor
Lunar
S.,
and
(1969)
Nozette
F.
Earth
(1971)
J.
F.
G.
Sinica
J.
253-267.
E.
The
Nozette
(1901)
(1978)
R.
and
In
Liou R.
and Geochim.
14,
records
and
or
C.,
and
papers
following
texts. regarding
(1980)
Brown
literature,
Planet.
Lunar
useful
(1981)
researchers
Los
257-272.
21,
Wasson
Elbert
have
Jr.
Apples
Alfven
or
S.,
J.
Planetary
Mineralogy
Uber
provide
S.,
For
meteoritos
and
805-822.
G.
and
in
that
and
been
and
Chondrite
King,
and
Cosmochim.
and
Sci
the
list
Fine
(1979)
unequilibrated
but
in
H.
die
Manual
published
classification
J.
specifically
complete.
Wilkening
developed.
of
older some
in
a
Lett.
Wilkening
Planetary
(1971)
SELECTED
T.
the
Department
Struktur
Institute
references
spacecraft.
structure
this
(1980)
and
compilers
condritos.
The
literature,
of
46,
field.
thermal
0.
the
by
petrology
Fractionation
Acta
Doubtless,
Naragh
refer
167-177.
the
L.
fundamental
der
•
K.
Composition
has Science
Additional
in
L.
and
of
ordinary
Provided
Science
L.
University
hope
the
33,
(1969)
to
histories:
Chondritischen
H-group
L.
been
Inst.
Geosciences
(1979)
the
metamorphism.
work
meteorite:
(1980)
REFERENCES
298-301.
of
that
there
compiled
Invest.
X,
origins
Kirin
173,
references
Xenon
data
and
chondrites.
by
the
''A
of
pp.
Clues
chondrites.
have
Chondrule
of
Chicago
A
the
Bibliography
list
from
meteorite
of
522-525.
condensation
Geol
of
the
study
over
27-29.
the
been
NASA A
will
in
chondrules,
from
Meteorsteine.
metal
which
can,
new
the
University
chondrules
serve
Press Univ.
many
of
Geochim.
Geochim.
past
electron
Proc.
Astrophysics
rims:
of
Lunar
and
olivine-bronzite
chondrule
ideas
phases
on
as
in
course,
Barcelona,
omissions
several
Meteorites,"
its
in
a
1953,
assume
of
Roy.
Composition
about
nucleus
formation
and
space.
Houston.
microscopy
and
Zentralblatt
in
Cosmochim.
Cosmochim.
years
be
continues
ordinary
Soc.
rims
the
Planetary
in
found
an
matrix
Data
Earth
of
Numero
this
by
origins
origin
edited
relevant
London
This
and
Debbie
chondrite fall.
and
rather
System
in
to
and
Planet.
of
material
chondrites:
Min.
the
list
chondrule
evolution.
by be
of of
Acta
Acta
Institute,
orthopy-
Especial
texture
A374,
Geol
Sci.
331
44,
44,
of 1983chto.conf..331T 332 Boynton Boumon Bott Bosscha Bostrom Borgstrom Blander Blander Blander Blander Blander Blander Binns Binns Bhandari Bevan Bevan Boynton Planet. Jahrb. 63-64. their equilibrium chondrules as chondrules: on 31, Sci. (abstract). and 225-233. tal Arnold upon unequilibrated portions minerals, Geochim. Ghubara. M. indicated investigation Chondrules R. R. 1025-1034. © Lett reply. A. A. Origins, H.P. the M., M. M. M., ( Lunar M. J., K. A. Mineral. M. W. W. J. Sci. 1967) N., Lunar Ltd., W.R., W. L. of 2, (1982) Earth. thermal and Keil (1968) L. Jr. and Geochim. Cosmochim. and Meteoritics Planner Geochim. ( V. Shah and V., from a H. Lett. 1982) 23-28. condensation R. by experimental C. London. and (1887) peculiar Structure p. Frederiksson and Katz K., and (1904) Hill Fuchs meteorite: and and Axon mineral de Geol Phil Abdel-Gawad of 3. Chainpur V. Condensation 47, Cognate Planetary histories Planner The Hill Planetary (1802) metastable H. Lunar D. J. B., their Axon Cosmochim. 353-360. Cosmochim. Uber Trans. L. L. H.J., Beilage Allende The 403 10, N., Interior H., and Acta D. and associations. ( Origins, H. 1967) and H. theory. 365. xenoliths and Keil and Metallic H. (abstract). Mineralogical investigation pp. Shelburne H. den Wasson evolution K. Institute 40, Scott (1975) Roy. N Institute, (1982) Bd. J. liquid (1966) parent Planetary chondrule of ., Wilkening of K., Meteorit M. Condensation and 889-896. (1980) the Acta pp. Acta Geochim. chondrules Soc. 5, E. Nelson chondrules in J. (1969) The Nelson Earth: 126-144. Smithson. silicates • In bodies R. of Rare-earth meteorite. 1-2. Surface T. chondritic Houston. 32, London Provided 45, Papers non-carbonaceous of D., Metallography Institute, (1980) von (abstract). CAI description L. 299-317. Lunar L. 1957-1958. metastable L. Cosmochim. Its of and The (abstract). (abstract). L. S., conditions Karang-Modjo S. some of and Presented Structure, and 92, Misc. (1982) J. The by the ( Rajan and meteorites: primordial and and 1973) origin Houston. Roy. 180-186. chondrules-solid the In xenolithic Parsa of other Coll Richardson Planetary Lunar liquids NASA origin R. Aston. Meteoritics Trace In The the and Acta to of of Constitution, Papers chondritic S. enstatite 151, the trace the various dust. origin meteorites thermal Examples (1981) and Astrophysics of oder elements 33, ordinary chondrite in Conference Soc. Orgueil Chondrules No. Institute, polycrystalline elements Geochim. the Presented Planetary N. 701-716. of Magetan 8, chondrite. Canada, stones 3. chondrules: Comments meteorites. L. history system 15. and or in meteorite in and (1976) Houston. liquid Mezo-Madaras rim in Evolution. on said Data Cosmochim. to Science and 69-94. auf rim Mg the of Chondrules the Meteoritics and to taenite. The System Earth the condensates? on their 2 Java. parent and meteorites"; Experimen- SiO constrained Conference have interior "metallic Tieschitz XIII, origin Edward interior 4 Origins Planet -SiO Neues Earth fallen body Acta and and pp. 15, of of 2 • 1983chto.conf..331T
Selected
Bradley
Brezina
Bridge Brigham
Brownlee
Bunch
Butler Bunch
Bunch Bunch
Butler
Caffee
Caffee
Cameron Cameron
Cameron
presence Presented (abstract). and
analogs
correlation
1. conditions. phyllosilicates howardite. chondrules Institute, Lunar
samples Papers I, observations Chamberlain
chondrules 407-450. Planetary
93-96. pp.
Bjtirbole
Characteriz.ation
Mai
©
6-8.
Planetary J. T.
J.
T.
M.
T. M.
T.
A.
T.
Lunar
References J.
C.,
and
C.,
C.,
1885.
E.
E.,
A.G.
Presented
D.
(abstract).
A.G.
E.
A. E.,
W.,
and
W.,
(1885)
E.
G.,
of
Lunar
Houston.
chondrules
Murrell
(
King
Institute,
King
In
Chang
to
and
Planetary
1969)
E.,
Geochim.
and
and
(abstract). excess
G.
between Geochim.
Quaide
Hohenberg
and
Huneke
estimation Hohenberg
Papers
W.
Jahr.
and of
the
W.
and
Institute,
Bates
W.
Chang E.
and
E.
rocks.
Die
Chang (1982)
Apollo
Planetary
Possible
S.,
M.
(1966) C.
43rd
to
26
In
light
A.,
A.,
(1973)
Geo/. Houston.
and
Planetary
W.,
Meteoritensammlung
B., Presented
Frick
Papers
the
the
Institute,
WatkiJ?s,
(abstract).
T.,
J.
Mg
Cosmochim.
and
Cosmochim.
Jr.,
In
Nature
S.
element
and
Houston.
of
significance
Annual
Chondrule-related C.,
C.
and
C.
Papers Prinz
Conference
S.
early
15
origin
Reichsanstalt
The
and in
(1980)
Carman
U.,
lunar
Accumulation
Institute
M.,
(1980)
M.,
Beauchamp
and
Presented
an
samples
Burnett
Neil
Phys.
Carman
accumulation
Institute,
Houston.
to
eds.),
solar M.,
and
geochemistry
Allende
ofchondrules
Hudson
Presented
In
surface
Wasserburg
Meteoritical
the
An
J.
Acta
M.
Acta
Lunar
Keil
Swindle
Carbonaceous Sci
• of
Conference
D. system
pp.
M.,
on
alternative
(abstract).
to
Provided
F.
M.
carbonaceous
Houston.
Wien
anorthite
ages
S.
43,
R.
B., 44,
45-47.
the
K.,
239,
Chondrules
and
(1972)
processes
desk.
and
F.
to
(
processes
H.
and
1982)
T.
Conference
1727-1742.
and
1543-1577.
and
of
the (abstract).
and
as Moreland
(1971)
35,
G.
57-59.
Society
Planetary
(1982)
D.
chondritic
indicators
by
Swindle
k. Lunar
on
Conference
Size
J.
a
origin In Dowty meteorites
crystal.
151-276.
(1982)
SiO
the
mineralogischen
British
Chondrules
(1978)
chondrites-11,
in
The
in
Grain
and
frequency
chondrite
2
Meteor
NASA
Meeting,
-rich
the
and
the
G.
Meteoritics
on
of
-
T.
Science
E.
J. Apollo
Isotopic
their
of
(1979)
material.
steel
primitive
Chondrules
Allende
primitive size
Planetary
Ion
(abstract).
D.
chondrules
Geophys
(1972)
parent
on
Astrophysics
ablation
(1982)
frequency
Origins,
and
distributions
Chondrules
furnace
microprobe (CM)
p.
XI/L
15
Carbonaceous
measurements
body
6, 39.
CAI
Earth
Hofcabinetes
their
Lunar
solar
carbonaceous
Lunar solar
Institute,
254-255.
Meteoritics Res.
xenoliths
I-Xe
spherules
and
pp.
in
Lunar
-
pp.
(abstract).
processes
inclusion
Origins,
distribution
nebula
ordinary
Planet.
Data
nebula.
their
75-76.
ultramafic 83,
and ages
-
9-11.
evidence and
Samples,
and
244-254.
Houston.
System
Origins,
their
in
chondrites-
as
of
petrographic
(abstract). in
4,
in
p.
Sci.
and
.
chondrites
Lunar
Lunar
Icarus
the
chondrule
rims,
individual
individual In
262-263.
Planetary chondrite
Wien
- 4.
Origins,
oflunar
glasses, for
surface Lett
Papers
(J.
Jodzie
Lunar
p.
or
333
and
and
am
the
W.
18,
5.
In
1,
a 1983chto.conf..331T 334 Christophe Christophe Christophe Christophe Cameron Clayton Clarke Cirlin Clayton Clayton Cohen Clayton Clayton Clayton Crabb Cohen Planet Meteoritics Planetary Presented Planeto,ry their and of lunar Lunar within Presented Naturhist-med. Lunar and chondrules drules. Institute, Allende, 136-138. Institute, Institute, What a E. © punching-out matrix Planetary J., E. R. Origins, E. chondrules, Lunar R. is . D. D. D. H. R. . D. D. and . D. D. and the Astrophys. Sci A Lewis (1903) S., the (1878) Mexico, Michel-Levy Michel-Levy and N., Houston. Michel-Levy Houston. Michel-Levy Houston. N., D. Institute, The Science G. to to primitive Planetary Planeto,ry ( and 10, Lett Jr., abstract). origin and (1980) and Mayeda (1980) W. Mayeda Housley the the (1982) p. R. Institute, Lunar 381-383. Meteoritenkunde, chondrites Jarosewich ver. 12. and 54, Uber Planetary S., Wieneke Conference Conference process? meteorite J. XI, pink of Houston. Heidelberg and Lunar Chemical solar 67-80. Internal 239, Fegley Institute, The Science Science T. the In R. T. pp. M. M. den M. M. Houston. spinet K., Lunar Anders M. K., iron (1982) (1975) L37-L41. initial nebula 162-164. and (1981) (abstract). (abstract). B. and Institute Meteoriten shower. Gooding E., ( M. and 1982) chemical (1982) XI, Institute, on on groups? Houston. energy bearing Levy and Planetary Mason B. 2, E. chemical Olsen A A (abstract). Chondru/es Heft Chondru/es pp. ( Some 1982) (1980) Heft On Planeto,ry special few Smithson. Lunar • C. Dust In In J. 174-176. in (abstract). II. Provided energy: Houston. the B., rocks, Papers (1972) L., Lunar observations E. von 2, clues cold-cloud Condensation Institute, E. state growth distribution I-Xe Nelen J. 154-163. Keil and case In Schweizerbart, Zsadany, (1982) Science and and to ilmenites and Presented Contrib. Lunar Mineralogical Origin Planetary Lunar K., ages of of by the the Meteoritics J., in associated their their precondensed Planetary Houston. and aggregates: of history Gomez turbulent Oxygen on XIII, and and of of NASA carbonaceous Temesvar Olsen Earth events (abstract). the Origins, Origins, to Zn chondrules Institute, Planeto,ry Planetary the pp. Tieschitz Stuttgart. of in Science M., 17, chondrules Astrophysics isotopes aspects E. Sci near Conference solar Allende the 104-105. Chondrules the J. 198-199. and p. matter p. Comitat, 5, H-group Houston. (1981) In the origin disk 14. 13. Science XII, Institute, (abstract). 1-53. H3 of chondrites Hyde 302 Lunar in total chondrules, Apollo Lunar Lunar in (abstract). (abstract). chondrite Lunar ordinary pp. of pp. Redox on Data Allende: evaporation chondrites. J. and Banat. XIII, meteoritic Science 154-156. Chondru/es Houston. R. and and and XN System In their (abstract). (1970) processes pp. chondrites: Lunar inclusions, (abstract). In Verhandl In Planetary Planetary Planetary snapshot samples: Origins III, 81-82. Papers Papers Lunar Earth chon- front The and and pp. In in 1983chto.conf..331T Selected de Daubree Daubree Desnoyers Daubree Das Das Dodd Dodd Dodd Dews Dodd Dodd Dodd Dodd Dodd Dodd Dodd Dodd Dodd Dodd Dodd chondrules 31, des Meteoritics ordinary aggregates origin 4011-4020. 368 chondrules. chondrites. on Dhajala Manych meteorite. Cosmochim. meteorite Gasparis Gupta Gupta Chondrules 201-227. © meteorites. R. R. R. R. R. R. R. R. R. R. R. J. pp. R. R. R. References Lunar of T. A. G. T. G. T. T. T. T. T. T. R. T. T. T. T. T. meteorite. T. (L-3) C. S. chondrites chondrules. S. ( A. and (1867) (1982) (1981) and A. (abstract). (1976) and (1978) A. (1969) 1971) Mineral (1981) (1971) (1966) and (1978) in 6, P., and Icarus (1980) P., In A., (1968) and Acta (1893) (1879) Walter Chainpur 261. Walter Van chondrite. Sen L'origine isolated and Charabarti Compt Fredriksson Teleky The Planetary Contribution Objects Chondritic Accretion Compositions Petrofabric Meteorites: 32, Calcium The The 6, Mineral Schmus Gupta Mag. their The (abstract). Observation Meteoritics Etudes Recrystallized Earth petrology L. 407-416. L. 1111-1120. Rend. isotopic olivine composition S. meteorite S. Niger L. Origins, du 37, Earth we P.R., (1972) C., (1970) Institute Planet and W.R. K., Synthetiques of Mag. (1967) meteorites: Systeme call 230-237. analysis 116, A Sen Meteoritics a the grains (I) of and Planet aluminum of composition Dube 5, Panatomie Petrologic-Chemical chondrules sur chondrules p. Chemical 42, (abstract). carbonaceous ordinary (1971) Chemical 345-347. droplet Gupta Sci. Brenner 193-194. chondrules 15. Preferred • les and in 493-497. of Solaire Provided A., Sci. Lett conditions Lunar C2 a a de origin P.R., Sen changed Dark-zoned 10, large chondrules as des Lett chondrites. chondrites. P. constraints Geologie 40, (abstract). Meteoritics variations in of thermal 390-392. (1975) Gupta (H. and orientation Meteorites. the by the microporphyritic and 71-82. of lithium 39, in chondrite Reeves, que Sharps and Planetary large the 52-66. Dube N. Composition Experimentale, Synthesis. in NASA tracers chondrules. paraissent Earth on Earth among changing In R., 13, Sharps in the microporphyritic Papers the meteorite. Compt of and A. ed.), and chondrules. 434-435. Manych Astrophysics Institute, Houston. Institute, Planet Planet in origin (1978) olivine chondrules implications Das Cambridge chondritic (H-3) p. view. Presented avoir chonrdrule Rend. Chem. of 293. of Gupta Contrib. Sci. Sci. individual pp. (L-3) A crystals chondrules Nature preside chondrite. J. statistical Acad. Lett 473-730. Centre Lett Erde Data from Geophys. chondrules chondrite olivine D.R. to University for in Mineral the 30, 290, 47, a in Sci. 30, System chondrules the the the la National (1978) Conference in porphyritic 281-291. analysis 223-234. formation (abstract). 59-69. 65. Paris. Geochim. 189-190. Chainpur Parnallee origin ordinary Res. and Petrol in Paris. Press. The 335 the the 71 de of in of
1983chto.conf..331T
Fermor Fermor
Feierberg Feierberg
Fegley Fegley
Farrington Farrington
Fallick Fallick
Evenson Evenson
Englund Englund
Englehardt Englehardt
Englehardt Englehardt
El El
Ehmann Ehmann
Dugan Dugan
Dufrenoy Dufrenoy
Drever Drever
Doss Doss
Doelter Doelter
336 336
971-981. 971-981.
alteration alteration
their their
pp. pp.
Planet Planet
liquids liquids
chemical chemical
chondritic chondritic
Planetary Planetary
Lakeside Lakeside
753-770. 753-770.
fragmental fragmental
found found
(L3) (L3)
Cosmochim. Cosmochim.
Paleontol. Paleontol.
21st 21st
its its Kalb. Kalb.
remarque remarque
Mineralien. Mineralien.
Schallphonomenen Schallphonomenen
Recherche Recherche
Goresy Goresy
implications implications
87-91. 87-91.
© ©
B. B.
B. B.
A. A.
Int Int
Origins, Origins,
chondrite: chondrite:
J.P., J.P.,
L. L. L. L.
H. H.
C. C.
Lunar Lunar
in in
118 118
E. E.
N. N.
W. W.
in in
Sci. Sci.
and and
M. M.
E. E.
A., A.,
(1892) (1892)
P.A. P.A.
and and
I. I.
lunar lunar
( (
Geol Geol
W. W.
0. 0.
Press, Press,
M., M., the the
W. W.
petrological petrological
Science Science
1969) 1969)
products products
and and
suivant. suivant.
D. D.
meteorites. meteorites.
l, l,
Jr. Jr.
( (
pp. pp.
(1960) (1960)
A., A.,
Scientifique, Scientifique,
rocks, rocks,
Lett Lett
Kornacki Kornacki
Ramdohr Ramdohr
1938) 1938)
Neues Neues
Acta Acta
von, von,
C. C.
71-113. 71-113.
solar solar
and and
Russak Russak
Carter Carter
and and
p. p.
(1978) (1978)
and and
von, von,
Pillinger Pillinger
soil soil
Lebofsky Lebofsky
Congr., Congr.,
Chicago. Chicago.
for for
(1915) (1915)
16. 16.
Experimental Experimental
42, 42,
Types, Types,
lher lher
Planetary Planetary
Arndt Arndt
McKown McKown
XII, XII,
31, 31,
their their
Biot Biot
nebula nebula
Garnets Garnets
Compt Compt
Immiscibility Immiscibility
and and
Jahrb. Jahrb.
on on
Arndt Arndt
the the
Lunar Lunar
S. S.
223-236. 223-236.
E. E.
bei bei
Oxygen Oxygen
A. A.
P., P.,
Master's Master's
1975-1985. 1975-1985.
study study
R., R.,
the the
den den
pp. pp.
E. E.
origin origin
Section Section
(1884) (1884)
C. C.
breccias breccias
compositions compositions
Meteorites, Meteorites,
J J
textures, textures,
Paris. Paris.
S. S.
and and
L.A., L.A.,
233 233
., .,
(abstract). (abstract).
Meteoritenfallen Meteoritenfallen
(1841) (1841)
T. T.
Mineral. Mineral.
Hamilton Hamilton
Rend. Rend.
J., J.,
surfaces surfaces
and and
254-256. 254-256.
and and
Muller Muller
Institute Institute
(1982) (1982)
D. D.
Meteoriten Meteoriten
(1979) (1979)
of of
Rambaldi Rambaldi
pp. pp.
of of
isotope isotope
Stoffier Stoffier
studies studies
Ueber Ueber
their their
thesis, thesis,
Planetary Planetary
(1967) (1967)
13, 13,
and and
separated separated
of of
the the
in in
13, 13,
Hote Hote
mineralogy mineralogy
W. W.
the the
Spinel-rich Spinel-rich
pp. pp.
59, 59,
of of
the the
Meteoritics-Life Meteoritics-Life
Solar Solar
their their
Larson Larson
In In
P. P.
role role
• •
47-53. 47-53.
Lunar Lunar
die die
of of
geochemistry geochemistry
and and
F., F.,
Univ. Univ.
low-albedo low-albedo
Apollo Apollo
Provided Provided
Silicon Silicon
Papers Papers
J., J.,
D., D.,
47-58. 47-58.
sur sur
picritic picritic
18-44. 18-44.
E. E.
the the
Einwirkung Einwirkung
and and
in in
von von
Institute, Houston. Houston. Institute,
Structure, Structure,
O'Nions O'Nions
System. System.
origin origin
chondrules chondrules
R. R.
la la
and and
origin origin
nature. nature.
im im
H.P. H.P.
and and
of of
composition composition
Stoffler Stoffler
(1981) (1981)
and and
Presented Presented
abundances abundances
Misshof Misshof
landing landing
chondrules chondrules
Vermont, Vermont,
intrusion intrusion
Scheider Scheider
Allgemeinen. Allgemeinen.
by by
Planetary Planetary
by by
and and
(1981) (1981)
asteroids. asteroids.
genetic genetic
Master's Master's
R. R.
Indian Indian
the the
of of
impacts. impacts.
Composition, Composition,
geschmolzener geschmolzener
Sulfide-rich Sulfide-rich
D. D.
K., K.,
the the
thermal thermal
begins begins
from from
sites sites
NASA NASA
in in
(1971) (1971)
to to
at at
and and
Burlington. Burlington.
Spectroscopic Spectroscopic
Allende Allende
H. H.
and and
de de Assoc. Assoc.
implications implications
Institute, Institute,
in in
the the
lgdlorssuit, lgdlorssuit,
(abstract). (abstract).
Kurland Kurland
thesis, thesis,
the the
Geochim. Geochim.
at at
l'aerolithe l'aerolithe
meteoritic meteoritic
Ridley Ridley
(1972) (1972)
Proc. Proc.
Astrophysics Astrophysics
metamorphism metamorphism
the the
Conference Conference
Neues Neues
seventy. seventy.
Evidence Evidence
Richardson Richardson
Chondrules Chondrules
chondrule chondrule
Adv. Adv.
carbonaceous carbonaceous
condensation condensation
Northern Northern
and and
Lunar Lunar
Houston. Houston.
Magmen Magmen
W. W.
33 33
Apollo Apollo
und und
Meteoritics Meteoritics
Jahrb. Jahrb.
Sci., Sci.,
Cosmochim. Cosmochim.
West West
Nature Nature
(abstract). (abstract).
chondrules. chondrules.
de de
Te"estria/ Te"estria/
I. I.
evidence evidence
pp. pp.
of of
(1979) (1979)
on on
Sci. Sci.
Data Data
Chateay-Renard Chateay-Renard
die die
Spec. Spec.
meteorite meteorite
rims rims
Illinois Illinois
Greenland. Greenland.
meteorite. meteorite.
auf auf 14 14
and and
Chondrules Chondrules
of of
Mineral. Mineral.
281, 281,
Conj. Conj.
Ursachen Ursachen
chondrite chondrite
System System
of of
chondrules chondrules
in in
regolith regolith
verschiedene verschiedene
A A
Pub/. Pub/.
for for
6, 6,
their their
Lunar Lunar
metastable metastable
Bishunpur Bishunpur
Relations. Relations.
combined combined
527-528. 527-528.
Acta Acta
Univ., Univ., Geochim. Geochim.
267. 267.
aqueous aqueous
3rd, 3rd,
impacts impacts
Origins Origins
No. No.
Earth Earth
Proc. Proc.
Geol Geol
45, 45,
and and
and and
and and
and and
pp. pp.
der der
De De
6, 6,
in in et et 1983chto.conf..331T
Selected
Fermor
Fesenkov
Fodor
Fish
Fodor
Fodor
Foullon
Fredriksson
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Fredriksson
Fredriksson
Fredriksson
Fredriksson
Fredriksson
Fredriksson
Fredriksson
Fredriksson
Fredriksson
chondrites
Geol asteroids.
development
dark-colored,
45-57.
25,
Planetary
chondrites. the melt-rock
glasses. Februar
glasses impact
270-271.
(abstract).
Lonar
Houston.
Wien
The
R.
©
756-769.
Conference
R.
R.
Moon
R.,
References
Survey L. L. L.
Lunar
88,
A.,
H.
Crater,
and
crater
V.,
V.
Proc.
V.
1883
Keil
Prob.
V.
K.,
No.
K. K.,
K.
Science
K.,
K.,
K.
K.,
fragment
K.
K.,
Gales
K.,
and
(abstract).
In
G.
7, Keil
(1938)
In
micro-breccias:
and
(
(1883)
(1982)
India
Nelen
(1982)
Dube
of
Lunar
Apollo
(
Nelen
1963)
unequilibrated 475-482.
Noonan in
Dube
(1952)
K.,
Nelen Meteorite
India;
1,
bei
Nelen
1969)
Keil
of
K.,
meteorites
on
basalt.
433-443.
Planetary
G.
and
Alfianello
XIII,
Cosmogony
On
73,
A.,
Chondru/es
J
Prinz
in
K.
Chondrules
J.,
A.,
Science
Chondrule
G.,
Chondrites
Lunar
., Uber
J.,
11
The Meteoritics
J.,
The
Noonan
the
A.,
and
Gomes
khoharite,
and
(1973)
Science
145-156.
pp. Milton
Melson
Lunar
Research
and
and
M.,
and
Sharps
Adams
nature
die
Institute
Milton
in
Melson
analogs
properties
233-234.
Ill,
lithic
gefallenen
Anders
Noonan
asteroidal
Ma
Nelen
mineralogische
1,
Composition
A.,
C.
Sci.
D.
compositions
and
180,
and
W.
are
pp.
8,
and
89-127.
a M.
chondrite-new
County,
fragment
and
B.
D.
(P.
J.,
W.
(abstract). Conj.,
new
the
not
G.,
•
280-282.
366-367.
their
862-864.
J.
(1977) (1973)
-S.,
possible
and
E.
M.
Lunar and
Provided
Kraut
A.
G.
(1973)
Meteorsteines.
meteorite
bodies.
metamorphic
Henderson
garnet,
(1960)
Murali
Millman,
(1971)
Origins, (1970)
JPRS Balasundaram
origin.
pp.
Colorado,
in
Micro-breccias,
and
F.
and
Studies
in
the
419-432.
Meteoritics
origin
und
The
Meteoritic,
(
Astrophys.
different
by
and
1972)
#24,735.
A.
The
origin
Planetary
Rio
Petrography
Science
parent
Lunar
the
pp.
chemische
evidence
ed.),
Lunar
E.
V.,
on
of
of
HS
Negro
record
rocks
Apollo NASA
Sitzber.
P.,
17-18.
and
the of
the
bodies.
p.
Brazilian
type
chondrules
chondrite.
M.
8,
167,
Science
and
lithic
lunar
J.
155-165.
Institute, Houston. Institute,
meteorites,
nomenclature
Schmitt
chondrite
(abstract).
impact
S.
on
Astrophysics
132,
34.
chondrites
in
14:
and
Zusammensetzung
Lunar
Anderson
Akad.
664-666.
(1973)
Trans.
fragments
and
the
the
glasses,
meteorites;
Institute, Houston. Institute,
243-258.
origin
glasses
Meteoritics
origin
R.
meteorites-III.
(abstract). lonar
Reidel,
and
.
Wiss.
.Rev.
N.
In
Lonar
zodiacal
A.
(abstract).
oflunar
C.
Y.
breccias,
Papers
of
Data Planetary
(1980)
impact
in
and
of
Bras.
Math-naturw.
A
A.
garnets.
Dordrecht.
L-
Lake,
cad. chondrules
IV,
spherules
System Meteoritics
15,
(1970)
light,
and
Presented
Geocienc.
breccias
chondrules.
des
Clast-laden
origin
Scl,
chondrules
Lunar
41-62.
India:
Institute,
H-group
Records
and
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am
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from
of
337
and and
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a 1983chto.conf..331T 338 Gooding Gooding Gehrels Gooding Gooding Gluyas Fredriksson Fredriksson Frederiksson Fujii Fujimaki Fredriksson Fruland Fujimaki Funaki Lunar X, Soc. Symposium Symposium during chondrules geochemically Sci. Symposium (abstract). droplets Mexico, Research, Research, Research, variations metallic p. Chondrules Cosmochim. "lightning" 856--860. Institute, mineral-albite-chondrule 19. pp. N. © Conj. - M., T. J. R. Lunar Lunar and 397-399. Sheffield accretion J. J. (1982) J. J. H., H., grains (1979) Albuquerque. (abstract). M., L. L., Houston. G. Nagata L. K., L. Tokyo. Tokyo. Tokyo. K., 9th, Meteoritics among K. Planetary K. (abstract). and and on and Matsu-Ura on on Matsu-Ura Fukuoka Acta (1979) King and and (1982) O'Keefe (1978) Noonan and and pp. Antarctic Antarctic Constraints Antarctic and fractionated Keil Asteroids. their of Univ. matrices Lunar T., Planetary Planetary 27, chondrules: E. ordinary 1305-1330. Reid In matrix Ringwood Petrogenetic K. and A., Origin Science T Origins, Meteorite 639-641. J., 13, In 7, Lunar A. 392 ( ., and M., M., and 1981) A. Papers and Keil Meteorites Meteorites Meteorites 123-125. Momose in F., in 464. Univ. of Institute on Institute, pp. M. chondrites-1. Planetary of McKay Aoki Sunagawa solids Brenner the X, the K., Nelen and an p. Estimated Evidence the (1965) chondrules A. Presented pp. and 20. of studies: Antarctic ALH-77015 properties ALH-77015 Planetary K. K., heating Ariwna E. (abstract). (T. (T. (T. J., 443-445. D. • Lunar Houston. Schmitt (1981) P. Institute, Provided and A (1963) and S. Nagata, Nagata, Nagata, (1978) I., for viscosities chondrule petrography ( to Bjtirbole 1978) chondrite, and and in Sunagawa and Beauchamp of Press, Science primary the Natural R. ordinary Lunar chondrite chondrules. chondrite The In Houston. Origin Planetary ed.), ed.), ed.), by A. Aoki Conference cooling Allende Tucson. Papers ( the and bulk (abstract). 1979) in XIL pp. pp. pp. and remanent compositional ALH-769. K. NASA the I. and implied of chondrites composition R.H. 300-315. 161-17 119-123. process Planetary (L3). (1981) dark (L3). pp. (1981) Institute, Refractory Presented Chainpur meteoritic 1181 Ph.D. on origin Astrophysics 353-354. In (1979) inclusions. magnetizations Chondrules thermal In In Chondrules 4. Lunar pp. of In Ferro-pseudobrookite-silica Chemical dissertation, National National National Proceedings by Proceedings Houston. Institute, of Proceedings chondrule differences of meteorite. and to Bonding chondrules. incomplete and chondrules. individual histories Lunar the siderophile Proc. Data Planetary and Institute Institute Institute and compositions Houston. Conference of and Univ. Lunar formation and System their (abstract). Science of of of their of chondrules, chondrules melting chondrule Geochim. the Planetary the the reactions J. Origins, of of of element Science of Planet Origins Polar Polar Polar Sixth Sixth GeoL Sixth New 149, by on In of of 1983chto.conf..331T Gooding Selected Goswami Goswami Gooding Gooding Gooding Goswami Graup Griffin Grossman Grossman Grossman Grossman Grossman and and Presented chondrules Res. secondary chondrules ordinary chondrite. and interpretations Planetary Murchison pre-existing (abstract). and Oxygen Planetary Ries study CM Institute, Planetary Semarkona 17-43. 136. © Planetary their Planetary Planetary G. Lett Crater, chondrites Lunar W. of Lunar References J. J. J. (1981) J. J. J. J. J. J. J. J. isotopic chondrules J. chondrites Houston. Origi,ns, L. L. L., 6, Institute, Institute, Institute, L., N. Meteoritics to L., N., N. N. In N. N., N. objects: (abstract). (CM) and N. chondrules from materials. and 597-600. Germany. and Papers and Mayeda (1982) the ( (1980) and Keil Kracher (1982) Kracher Keil Science 1982) Institute, Institute, Terrestrial (abstract). (1982) Planetary (abstract). compositions Keil Planetary Conference Jorgensen chondrites Macdougall unequilibrated p. K., Houston. Houston. Houston. Evidence K., Presented and (abstract). 22. Mechanisms Refractory Interrelationships Size-distribution K. T. Earth In 14, XL A., A., Fukuoka Earth The (abstract). Houston. Houston. Fukuoka Lunar Papers their K., (1981) chondrules, and 117-120. Institute, pp. Kallemeyn In Institute In abundance Planet (abstract). Clayton K. Planet. from Lunar on Wasson 345-347. of to bearing J. Lunar and In Presented spherules A. the Relative T., chondrules D. Chondrules for chondrites; T., Lunar In chemical-petrological Houston. Planetary Sci (1979) Conference (1980) and • Sci. and the Lunar glass R. and G. and J. Provided on of and In and Lett Lunar depletion T. N., W., Lett and petrography, Schmitt abundances Planetary conditions in Papers to Schmitt spherules, Planetary (1979) morphology The Irradiation and in Keil CM the distnbution and 50, and Planeta.ry Institute, evidence 55, unequilibrated and by the on 43rd Planeta.ry Grefsheim chondrites Wasson 171-180. Presented K., R. 407-418. their of Volatiles Chondrules Planetary R. Science metal and of Fukuoka A. Annual Science mineralogy, of NASA Houston. A. features chondrule Science Origi,ns, for of (1980) chondrule accretionary of heterogeneities J. (1980) Science in chondrules in to chondrule and T. (Norway) moderately XIIL Astrophysics chondrules Institute, Meteoritical chondrites: Chainpurchondrules. the XL (1978) and T., in IX, The chondrule p. Conference different and and formation. Elemental pp. XI/L pp. their 23. primary pp. origin lapilli Chemical-petrographic chemistry Houston. in Schmitt 354-356. origin 271-272. meteorite: Lunar 422-423. Origins, pp. (abstract). volatile (abstract). further Dhajala Society Data forming inclusion from of 289-290. textmal Meteoritics abundances on by and chondrules System R. p. in petrological elements the Chondrules Meeting, Lunar Lunar melting Lunar a (H-3) A. 21. Planetary Chainpur In processes In Geophys. new S types types (1982) Papers uevite, Lunar Lunar Lunar and and and and 339 16, L5 as of in in in in p. 1983chto.conf..331T Grossman Grossman Grossman Grossman Haggerty Haggerty Gumbel Gumbel Grossman Hahn Hamilton Hahn Heide Herrwerth Hartmann Hertogen Hewins 340 Space Math.-Phys. constraints chondrules pp. pp. devitrification. in Geochim. unequihbrated 313-330. chondrules (abstract). (abstract). (LL-3) formation and and Buchhandlung, meteorite. p. p. Planetary 25. 24. der 464-466. 371-373. 0. © 0. F. Planetary Planetary R. C. C. Lunar Lunar Phys. Lunar Grafschaft (1934) (1883) S. P. chondrules S. J. (1880) L. W. J. L. W. I., W. J. J. H. Institute, J., Cosmochim (1982) E. Proc. (abstract). In In E. and on N. from (abstract). Jessberger and N. K. N., Kl and 12, (1875) (1982) and and Evenson and and Papers Papers (1974) Lunar Lunar the and Kleine Institute, Institute, Organische Proc. and (LL3.0) Larimer Die and Tubingen. Bayer Steele Lunar 71-101. Kracher Schwager the Planetary Planetary Planetary McMahon Arguments origin Iowa Wasson Wilkening Houston. (abstract). Uber Meteorite Dynamic Wasson Presented and and Chainpur Presented Lunar In Meteoritenkunde. Apollo N. In Akad. E. Acta Planet. I. Semarkona J. Houston. Houston. Papers N.-A. of M., Papers Planetary Planetary die K., M. A., W. 56 EinschlUsse ( Chainpur Institute 1878) Institute, Institute, Sci. J. 40, and Beschaffenheitdes B. Muller (1976) ( pp. Wiss. J. in 17 and L. T. (chondrite) crystalliz:ation 1974) In Sitzungsber. to chondrite. Sci. to Presented M. Conf Presented favor 149-155. T. L. the O'Nions orange (1981) the Lunar Uber Institute, Institute, Wasson Conf (1980) (1979) MUnchen chondrite (1982) Conference • N., chondrules 43rd Early Houston. Houston. Amoeboid 5th, of Provided in die Springer-Verlag, and and glass: a Compositional Meteoriten. 10th, Geochim to R. Annual to und Chondrule-sized chemical in pp. Magnetite-sulfide-metal volatiliz:ation-recondensation Math.-Phys. Evidence the J. Houston. Houston. K. Kirsten the experiments Ba Planetary 8, (abstract). 193-205. pp. ihre Steinmeteoriten T. textural (1979) yem by the Conference (abstract). 14-72. on Conference olivine Meteoritical (1979) 851-870. Chondru/es Cosmochim history Organismen. gefundenen T. Z. for NASA Chronology (1982) Science and Deut. aggregates study In Kl. Berlin. as primitive In Lunar Compositional spherules of on Bayer. on constraints morphological Astrophysics Lunar the Geol of Society 40 Chondru/es and Chondru/es von 120 X, Steinmeteoriten. Acta Chondrules Ar- chondrules solar and Verlag and complexes in their Akad. pp. Fall and Ges. 39 pp. nebular from 46, Ar the Planetary Meeting, system. chemistry 494-496. on am Planetary model Origins, 35,636. dating der p. Data Allende an Wiss. and and and chondrule 12. characteristics 1081-1099. and from explosion components H. Rev. in for System Februar p. their their petrographic of Science MUnchen Sitzungsber. Lauppschen p. their of the 141. Lunar Science the meteorite. chondrule individual 26. Geophys. Parnallee Origins, Origins, Allende origins Origins highly Lunar Lunar crater 1875 XIL and X, in of 5, 1983chto.conf..331T
Selected
Hewins
Hewins
Heymann
Hirt
Housley
Housley
Housley
Housley
Housley
Hughes
Hughes
Hughes
Hunt
Huss
Hutchison
Hutchison
Hutchison
chondrite
excentroradial
p.
Conference
Lunar Science
and Houston.
Earth (abstract).
Lett. precursor
Origins, Allende.
cometary Houston.
chondrites: Jupiter.
45,
Planetary
the H-group
In
W.
140.
Papers
E.
Tieschitz,
33-51.
©
G.
model
51,
D.
H.
D.
References
R.
R. D.
Planet.
Lunar
H.
R.
R.
R.
and
R.
R.
Lunar
R.,
XII,
Planet.
and
R.,
W. D.
p.
R.
Proc.
R.,
W.
26-28.
of
and
M.
H.
H.,
W.
M.
M.
meteoroids.
Presented
material
M.
(abstract).
Institute,
M.
In
Planetary for
29.
and
chondritic
Bevan
(
Keil
Implications
on
(1982)
Bevan
'pp.
(1980)
and
and
Kieff
and
(
1978)
(1982)
(1977)
Lunar
Klein
Sci.
Muller
and
H3,
1981)
and
(1981)
chondrules.
Lunar formation. their
Lunar
Space
Bevan
Chondrules
477-478.
Cirlin
Planetary
Klein
K.,
er
Lett.
chondritic
Planetary
Cirlin
A.
(abstract).
A.
Chondrule
Houston.
The
L.
S.
to
and
Stellar
Oxidation
On
A
In
P.
Science
Planet.
W.R.,
and
&rth
SEM,
and
W.R., Sci.
W.
A.
meteorites. the
39,
C.,
E.
comparison
(1979)
L.
Papers
dependence
Planetary
the
for
E.
W.R.
H.
Planetary
(
Conference
Proc.
27,
Lunar
and
371-376.
Institute Taylor
1978)
C.
chemical
Planet.
H.
interpretation
Institute,
Agrell
and
optical,
the
(1982)
meteorite.
Sci
XIII,
In
Agrell
(1980)
mass
1127-1129.
EOS
Comments
of
(1982) Fasano
Presented
(1982)
Papers
Lunar
origin
12B, Barred and
their
Nature
Allende
Science
p.
G.
S.
distribution
Sci.
Institute,
between
(Trans.
On
•
S.
of
and
341.
0.,
Houston.
Planetary
Cooling on
processes
Provided
pp.
J.
0.,
and
chondrule
Planet.
Origins,
Nature
Conditions
On
Presented
Lett.
B.
the
olivine
and
Chondrules
287,
Mossbauer
(1981)
to
Lunar
parent
1069-1077.
and on
of
X/II,
V.
history
the
origin
Amer.
the
33,
the
Ashworth
Houston.
magnetism
light
(1981)
787-790.
Sci.
280,
histories
Ashworth
and
by
composition
chondrules:
Institute,
pp.
(1)
pp.
43rd
428-436.
mass and
material
density
to
of
The
the
and
and
of
12B,
Geophys.
the
116-119.
342-343.
the
Allende
27-28.
(abstract).
and
chondrites. Planetary
studies
NASA
Conditions
Annual
distribution
Rosin
time
dark
matrices
J.
of
pp.
Conference
in
Houston.
on
their
J.
R.
(abstract).
chondrules
Allende
of
R.
1123-1133.
chondrule spots
an
(1979)
and
Astrophysics
Union)
chondrules
Lunar
and
of
chondrule
Origins,
Lunar
Meteon'tical
(1980)
optical
Institute,
In
submicrometer
Geochim.
of
Weibull
state
in
of
indices
Papers
Accretion
and
chondrules
on
the
59, unequilibrated
In
formation
and
Thermal
crystallographic
size. of
in
pp.
Chondrules
Lunar
equatorial
and
1122.
Houston.
Planetary
accretion
statistical
Allende
Data Planetary the
of
30-32.
Cosmochim.
Presented
Ea,rth
Society
mafic
chondrules
Manych
temperature
and
System
history
(abstract).
of
chromite
Planet
chondrule Lunar
inclusions
(abstract).
regions
Planetary
functions.
pyroxene
and
Institute,
Meeting,
Institute,
ordinary
to
study
(L-3)
of
their Acta
341
Sci.
and
and
the
the
In
in
of
of 1983chto.conf..331T Juan Jessberger Jeremine Jeremine Hutchison Kashkarov Keil Kashkarov 342 Keil Keidel Kieffer Kerridge Keil Keil Keil Kieffer Kieffer Kieff Keil Kimura Icarus genetic chemistry 217-228. Lunar Novit. Meteoritics, chondrules lunar (abstract). formed Institute, of olivines Blander regarding Aufbau, Grosso: implications Luna K. K., K. K., K., bronzite, er K., V. © W. S. S. and S. and microbreccias S. Kurat 16 Mason Prinz M. C., 2173, Lunar and 42, J. W. E. E. W. relations Gomes W. synthetic (1965) and E. M. R., Review und L. W. fines. L. Houston. Fodor F. and Chen the and Fredriksson (1954) of Meteoritics 380-405. ( ( Planetary K., L., (abstract). (1975) L., 197 dunite, Spec. 197 (1970) (1973) G M., Bevan rhombic some regarding 1-28. and (1975) Entstehung B., origin ., Yagi Genaeva LeLubre Dominik Earth Genaeva Untersuchungenam 4) Prinz 4) R. C. J.C., Planner among Wiik (meeting Planetary chondrule-like Eucrite Pub/. Glass Minimum V. Apollo Droplet and A. B., Condensation K. A of and Planet. Science ( Glass M., pyroxenes 8, Huang qualitative 197 In K. H.B., W. (1980) the chondrules and L. M. No. Si0 produced H-group L. B., 394-396. lithic H. Lunar der and de (1964) 3) I., abstract). 14 origin R., I., (1952) Institute Staudacher chondrules. production 2 N., 7. Dealmeid Composition Tarasov Sci Chaves • and impact Chonden. and XIII, Green lunar C. EOS chondrules Easton Crystallization 16 Skaggs and of K., spherules. Lett. of chondrites. The Fredriksson comparison Lavrukhina by pp. in (abstract). Sur pp. chondrites. Meteoriten (Trans. samples. chondrules J. An. Planetary velocities (Portugal). Chen the shock • L. iron, A. 13, A. Provided la 375-376. T., Beit. S. S., F. Science by primordial Acad. ( meteorite J., and 243-256. from R., 1972) and and P. waves F. magnesium, Amer. shock Univ. Mineral Proc. Proc. and Meteoritics Y., K. of Dowty A. required origin of (1978) Science von J. Herzog Baryshnikova Bras. (abstract). Weston Bol by the 189, chondrules Lithic (1964) K. and textures Geophys. Agrell Lunar in of Lunar Geophys. Roy. waves Borkut d'Ourbari. solar terrestrial (1980) of Soc. New Cienc. 333-340. Petrogr. Wang E., G. (PT) NASA XI, for fragments, lithic and Soc. and The meteorite S. 9, nebula Nelson F. Sci Geo/. in Mexico in undanderen Meteoritics impact pp. Res. 0. Track 360-362. 50, (1980) calcium in lunar Union) fragments Lee Planetary Meteorites Chainpur London G. terrestrial Astrophysics and Con/ 530-532. 11, (1981) Geochim. ordinary Port. V. 69, 114. Chondrules (abstract). C. L. melting lunar studies glasses 487-506. Dept chondrules by (1982) 40 S., 3487-3515. M. 3rd, 55, distribution Ar-3 11, A374, track 30, Mineral Chondriten in Institute, Richardson meteorite. rocks (1972) and 1142. chondrites. of in Lunar pp. and Cosmochim. of LL-group 127-138. 9 of 89-90. Radiation Ar Data Meteoritics Geo/. data Weston Paranaiba, irregular 159-178. and 687-705. lunar chondrules and ages and chemistry Petrology and System Houston. (abstract). in their implications and Amer. of Uber CO chondrites N. rocks coexisting Planetary Geochim. meteorite history Allende. particles Acta Inst. Origins L., 2 5,205. Form, laser- Mato Mus. from and and and and In 2, of of 1983chto.conf..331T
Selected
Kimura
King
King
King
King
King
King
King
King
King
King
King
King
King
King
King
Resumes
Cosmochim.
Soc.
Antarctica
Presented chondrites
Ill,
Institute, p. experiments
experiments. Abstr.
bodies, Institute,
In
Planetary
estimation of
analyses
samples:
Section chondrites.
ordinary
(abstract).
Houston.
138.
Papers
E.
E.
E.
E.
E.
E.
E.
E. T.
©
T.
E.
T.
pp.
E.
E.
E.
London
References
A.
A.
M.,
Lunar A.,
A.
A.,
A.
V.
A.,
V.
A.
with
A.,
V.
Lunar
449-451.
A.
A.
grain
15,
A.,
(
(
of
(1976)
3,
(1977)
Butler
Houston.
chondrites. Houston.
1982)
1982)
V.
Jr.,
implications
V.
Yagi
(1980)
Institute,
V.
Butler
to
Presented
with
Butler
(abstract).
In
(1982)
(
Prog.
Meteon"tics
Apollo
pp.
1248.
(abstract).
and
1982)
and
Acta
Jr.,
and
Proc.
A285,
the
Butler
lunar
and
si~e
Lunar
and
K.,
Iron
Spattering:
58-63. special J.C.,
Space
Planetary
The
King
J.C.,
Conference
King
Carman
3,
Multi-zoned
J. The 44,
analyses
King
and
Planetary
Lunar
surface
14
Houston.
Refractory
Refractory
J.C.,
273-278.
623.
loss
Meteoritics
C.,
and
to
and
lunar
589-602.
In
and
for
Lunar
E.
Onuma
In
reference
Geology:
E.
13,
and
the
from
E.
and
Papers
Lunar
Carman
Planetary
and
A.
Planet.
the
A.
Institute
exposure
15
4
and
M.
regolith:
A.
The
Conference
Carman
7-
Institute,
(1978)
Science
Carman
(1979)
fluid
on
origin
Carman
fines.
(1980)
K.
72.
chondrules:
estimation
F.,
and
dominant
residues,
residues,
to
14,
Presented
An
Chondrules
Sci
M.
(1980)
drop
the
Proc.
and Science
Planetary
•
91-96.
of
Grain
ages
Introduction.
physical
M.
Size
F.(1972)Thelunarregolith.Proc.
Institute,
Conj.
Provided
Houston.
origin
M.
M.
Accretionary chondritic
chondrules
on
F.
from
Butler,
Petrology
Lunar
condensates F.
condensates
frequency
process
F.
of
size
to
(1971)
Chondrules
a
13th,
XI,
(1972)
of
(1972)
and
lunar
characteristics
the
Science
newly
grain
Houston.
the
and
by
pp.
Sci
43rd J.
in offluid
meteorites.
the
Wiley
their
chondrules
by
Apollo
of
surface
petrography
Chondrules
J.
size
557-559.
distributions
C.
Conj.
dark
recognized
Chondrules
NASA
partial
XIII,
the
Geophys.
Annual
and
and
Origins,
and
analyses
(1972)
and
drop
Yamato
rims
3rd,
14
pp.
ages
chondrules
chondrules
and
Astrophysics
evaporation
their
Science
Sons,
(abstract).
chondrule
sample
389-
Lunar
Meteoritical
in
pp.
in
Res.
(abstract).
of
particle
p.
dynamics.
(abstract).
Chondrules
in of
chondritic
Apollo
Origins,
unequilibrated
C2
N.Y.
673-686.
33.
390.
fluid
Apollo
87,
175,
and
results:
24th
and
Lunar
Int.
formation
from
from
349
Lunar
(abstract).
type
A429-A434.
Data
14
drop
Planetary
59-60.
p.
Geol
Phil
C3
Int.
In
Society
Geo!.
14
samples
meteorites
pp.
34.
from
in
chondrule-like
Lunar
and
System
solar
solar
carbonaceous
and
chondrules
Geol
breccias
Trans.
Soc.
Apollo
Con
Lunar
chondrites
(abstract).
Planetary
Planetary
In
Meeting,
ordinary
Institute,
and
Science
furnace
furnace
Congr.,
Papers
gr.
Amer.
from
Roy.
343
and
and
26,
size
14
in 1983chto.conf..331T
King T. Kluger Klein
344 Klein
Koeberl
Korotkova
Korotkova Kurat
Krinov Kurat
Kurat Kurat
Kurat
Kurat
Kurat
Kurat
Kurat
48,
Presented
der
In
Institute,
energetic
Manych pre-compaction Acta Allende Planetary
pp.
chondrules
glasses chondrites Cosmochim
recondensation
Origins,
Chondrules
Institute,
texture.
185-190.
Papers
460-4
C.
907-920.
Universitat
L.
G.
©
G.
G.,
G.,
G.,
G.
G.
F.
G.
G.
33,
E.
V. V. V.
C.
(1906)
Lunar
C.,
(
(1967)
and
and
Keil
1982)
Fredriksson
Keil
L.
Geochim
(1973)
(1969)
olivine:
p.
(L-3)
N.
(1967)
(1982)
765-773. Houston.
(1982)
Houston. cosmic
N.
Institute,
72.
Reidel,
to
Fasano
Presented
(abstract).
(1960)
37.
and
N.,
Weinke
from
and
chondrules
K.,
Acta
N., and K.,
the
Studien
Impact
chondrite.
Zur Entstehung
Lunar
Lavrukhina
Berlin.
King
(abstract).
and
The
their
The
and
irradiation
Chondrules
rays.
Lavrukhina
evidence
Planetary
Conference
Einige Geochemistry
the
Dordrecht.
31,
Principles
Cosmochim.
B.,
Houston.
H.
Prinz
K.,
E.
Prinz
Meteoritics
to
Lance
and
Origins,
origin
Tieschitz
formation
and
uber
1843-1857.
Geokhimiya
Abhandl
H.
A.
and
(abstract).
the
Proc.
Chondren
Planetary
(1980)
M.
Hewins
of
(1981)
Meteoriten,
M. In
A.
Institute
of
43rd
of
chondrite:
Nelen
of
and
complex
(1972) on
A.
K.,
Papers
p.
chondrules
(1974)
der
Lunar
Acta
Meteoritics.
meteorite.
olivine
Akad.
36.
of 8,
K.,
of
Chondrules
andPerelygin
the
Chondrule
Annual
Accretionary
Chondren.
R.
1979,
J.
In
51-52.
Institute,
chondrules
• 38,
Chainpur
Lunar
A Kashkarov
aus isotopic
(1969)
Presented
Planet.
H.
Rock
Lunar
Provided
exposure
vorgenommen
Wiss.
"chondrite"
chondrule
Further
1133-1146.
(1980)
420-426.
dem
(abstract).
Meteoritical
In
and
Pergamon,
14318:
formation
Berlin,
Der
Sci.
and
Houston.
view
Science
Meteorite
Geochim
V.
dark
chondrules,
by Planetary
Meteoriten
history.
to
and
evidence
Flow
L.
P.
Meteorit
Conf
their
the
crystal of
the
of
(1979) L.,
pp.
a
In
rims
chondrites
auf
interstellar
Ill,
NASA
polymict
lunar
behavior
N.
Papers
by
Conference
Society
and
Origins,
11th,
Cosmochim
Research
Proc.
1-141.
Grund
in
Institute,
Y.
impact:
pp.
from
for
von
Iron
unequilibrated
origin:
Dmitriev
von
evidence
Astrophysics
535
pp.
Lunar
Presented
463-465.
the
Siena.
Meeting,
lunar
Chondrules group
of
des
p.
comets
meteorite
and
865-878.
pp.
Mezo-Madaras.
(P.
the
complex
droplet
Houston.
35.
on
textures,
Materials
Acta
Planet.
breccia
some
cosmic
M.
Geochim
cooling
N.
for
Chondrules
Lunar
(abstract).
to
The
p.
Data
B.
Millman,
31,
the
chondrites.
chondrules
Allende
evaporation
and
observations
142.
development
Sci
lithic
(1979)
ray
with
491-502.
der
Lunar
Conference rate
and
System
their
Cosmochim
tracks
Conf
Sammlung
Lunar
fragments,
(abstract).
chondritic
In
Geochim
Planetary
and
ed.),
by
(RS)
Science
Origins
Papers
Icarus
in
in
10th,
low-
their
and
and
the
the pp.
on
on
of
A 1983chto.conf..331T
Selected
Kurat
Kurat
Kurat
Lambert
Lang
Lange
Lanoix
Lanoix
Lavrukhina Lavrukhina
Leitch
Leitch
Leitch
Levi
Lasaulx
Levi-Donati Levi-Donati
Levi-Donati
Meteoritics
Papers
Conj.
early
Science
Institute, distribution
Planetary Allende
Planetary
Meteoritics
in chondrules
Museums.
dynamic olivine
Institute,
and inhomogeneous
Chondrules
Origins,
chondrules
F.
B.,
G
©
G.,
G.,
D.
laser-prepared
C.
C.
C.
basalt
M.,
A.
M.,
.,
3rd,
Lunar
References
Stakheav
P.
Presented
A.
Keil
Kracher
E.
(abstract).
A.
182,
A.
Keil
(1982)
A.
chondrules
p.
(1982)
Houston.
anisotropy
Strangway
Houston.
A.
Institute,
Strangway
Science
A.
V.
and
pp.
G.
G. Sitzber.
G.
6,
and
40.
and
15, filling
and
of
released
and
K.,
and
K.
920-922.
K.,
(1882) K.
R. 285-286.
R.,
R.
of
707-721.
chondrules
Larimer
Lunar
211-223.
Smith
Prinz
Non-spherical
Smith
(1973)
Y.
A.,
debris
their
Fluid
Smith
(1970)
the
(1975)
to
and Planetary
Maras
Prinz
of
XII,
Niederrh.
In
I.,
synthetic
the
Houston.
and
(abstract).
(abstract).
D.
Allende
by
Mare
M.,
Lunar
Baryshnikova
Uber
Origins, Korotkova
D.
and
inclusions in
J.
Conference
J.
cloud.
pp.
M.,
W., On
J.
J.
A., Keil HCl
Micro-chondrules.
A
V.
and
W.,
V.
from
W.
Planetary
V.
610-612.
Fecunditatis.
qualitative
Institute
the
and
and
and
die
(1981)
chondrule-like
(1981)
and
K.
meteorite.
Ges.
treatment
Nature
Nehru
(1982)
(1973)
and
p.
chondrules:
In
In
origin
four
(1980)
Sighinolfi
Vermehrung
Pearce
Nehru
39.
Planetary
Papers
N.
Natur.
Lunar
on
Pearce
chondrules
Enstatite
G.
Institute,
•
L-chondrites
Mechanical
C.
Lunar
N.
290,
Lunar
Chondrules: Chondrules
Complex
of
comparison
Provided
V.,
E.
G.
Luna
(abstract).
Geophys.
C.
Tschermaks
(1981)
meteorites.
Presented
and
u.
(
228-230.
W.
G.
and
G.
1972)
Meteoritics
E.
Possible
Heilk.
and
spherules
and
Science
P.
Planetary
16 chondrites
Houston.
der
(1978) W.
(1971)
and
Lavrukhina
by
(1980) Planetary
chemistries
Chemical
Planetary
microbreccia
aggregation
and Res.
Chondrules
(abstract).
(1978)
Meteoritensammlung
Bonn.
of
In
the
An
history
to
Acta
mechanisms
XII,
Mineral.
textures
The
(abstract). the Papers
their
NASA
Lett.
Chondrules
origin
5,
An
Science
II:
39,
Conference
Geophys.
pp.
33-42.
primordial
Paleointensity
Institute,
Institute,
of
Origins,
composition
A.
H4-6
5,
of
Genesis
Meteoritics
100-110.
Astrophysics
by
Presented
the
601-603.
of
in
of
lithic
Petrogr.
73-76.
K.
24
lunar
IX,
Meteoritics
impacts
type
enstatite
meteorite
of
Chondrite:
(1975)
individual
of
Pol.
p.
formation Houston.
fragments:
Houston.
pp.
(abstract).
on magnetic
4-chondrites
38.
origin.
lunar
Mitt.
21,
to
of
630-632.
Lunar
Chondrules
Mass/size
des
between
10,
Lunar
determination
chondrites
Data
the
hosts
Allende
185-201.
10,
origin
27,
437-439.
Proc.
Motta
mineralogischen
connected
Indarch
Conference
field
and
and
samples
System
In
442-444.
41-66.
(abstract).
dust
chondrules
Lunar
Lunar
Lunar
(abstract).
frequency
Planetary
preserved chondrite
Planetary
Di
and
from
grains.
(EH4)
Conti.
of
from
their
with
Sci.
345
and
and
an
on
an
In 1983chto.conf..331T Mcsween Mcsween Lumpkin Lux Lux Lofgren McMahon McMahon McCall McKeever McNaughton McMahon Levin Levin Levi-Donati Lofgren Lewis Levin 346 and Planet 711-713. and alloy formation. chondrites. Acta inclusions Planetary the sulfide from viscosities, Meteorika 841-855. meteorite. microporphyritic their Catarina G., G., Allende B. © B. R. their origins. B. origins-V. 43, associations Keil G. G. Keil compositional Lunar Y. Y. G. S., Sci. association G. Y. H. H. B. S. B. ( J. B. State. 1743-1752. and Origins, 1971) (1958) Institute, Lunar K., in Hertogen Meteoritics G. and Y Proc. R. 16, K., M., (1982) and M. (1973) W. Y., Geochim. N. Lett meteorite M., Geochim. ., carbonaceous chondrites. and R., and Slonimsky (1980) Jr. and 30-36. and J. the Jr. Haggerty and chondrite. Slonimsky De Tompkins Lunar 9, and Shima and Search ( Planetary Uber chondrules Taylor in p. 1977) effects (1977) Meteorites Haggerty Taylor vitrified Houston. 225-231. Sears The in J., the 41. Planetary Swart and Cosmochim. Nepheline (abstract). 15, Cosmochim. the den Alaerts Planet M., Allende S. for Chemical Lunar and G. of G. J. importance D. On Meteoritics 139-147. G. textural E., Institute Allende oxidation glass L. Ursprung fission and G. L. P. S. W. (abstract). and J. the and (1980) A., (1957) K. E. L., Sci Institute, L. Sighinolfi (1981) (1980) fragments In and meteorite (1980) (1982) nature and their Bence and and Acta (1958) fragment Lunar Acta Conf Planetary trends meteorite: • sodalite and der Metamorphism 11, Title of Provided Anders petrographic Haggerty Geochim. Origins. In 41, Chondrules Meteorites R. 45, and Houston. Experimental In, sulfide Meteoriten. 29-41. and 11th, heterogeneous Papers G. from Question (abstract). in unknown. (1980) 411-418. recoils 675-685. out origin P. in Institute, Planetary chondrules. E. pp. Constraints (1976) by Apollo Wiley a and abundances S. Cosmochim. (1979) Presented barred Experimental the that in E. 1003-1025. constraints of in about of of In Doklady Chem. Allende isolated (1981) NASA H3 studies and Houston. Brazilian 11 glow. the the Science Lunar Isotopic olivine nucleation and chondrites: meteorites. Sons, Geochim. H-group on to origin on Erde Astrophysics Acta Sky bearing sulfides. Bulk the Apollo Akad. on olivine and the the XII, studies meteorites: chondrule Chondrules anomalies N.Y. the Conference 19, and formation 41, of Planetary compositional conditions chondrites: pp. origin Nauk. for 286-295. 12 on grains Cosmochim. meteoritic Nature Geochim. 352 textures, Telescope 1843-1860. bearing 697-698. lunar the the Data pp. of from in S.S.S.R. the magnetite-alloy- in and of Science chondrules 297, on meteorites samples. formation carbonaceous on System chondrules compositions of Mafra, Cosmochim. implications 60, the Chondru/es chondrules. their magnetite- variations, Lunar chondrule 453-454. Acta 113, Allende 14-16. XI, Origins Earth Santa and and and 44, pp. 62. of in 1983chto.conf..331T Selected Matsui Matsomoto Mason Mason Mason Masaitis Martin Martin Martin Martin Malysheva Makowsky MacPherson Macdougall Macdougall Mcsween McSween McSween Planet Planet Presented Presented Presented Denkschr. ed.), 7 implications Sci the Conference (abstract). Institute, Institute, Houston. meteorites. Institute, Geophys. Geo 5110 origin phys. Lett. © pp. P. B. B. B. T., P. P. P. References Lunar chondrite. V. Sci. Sci. M. M. M. ( (1962) (1960) M. H. H. H. Yomogida 106-118. 1960) T. 51, Houston. Houston. A. Houston. Res. Space Y., to J. of L., to to J. and Akad. In and and G. Earth Y. Y., and Y., Lett. Lett. V., on and the of D. enstatite the the 18-25. and D. Hayashi Lunar (1982) Raikhlin J. Lett. Jr. their Jr. Mills Chondrules Tobelko Meteorites. The Origin Mills Mills (1981) Hughes Conference Tschermak Phys. 38, 49, (1982) and Conference Conference Planet. Planetary In Wiss. (1979) (1982) National K., 8, origin accretion Proceedings A. 385-390. and 175-180. A. A. chondrites. Chondrule Grossman 966-969. M., 17, of Refractory and A. D. Wien. K. A. A. A. Refractory Sci chondrules Planetary Are Chondrites ( 1059-1078. of Daishi Wiley (1978) I., and (1976) W. 1980) Hamano Institute I., G. on Institute meteorites. Lett. and Khramov on on carbonaceous 39, ( and (1980) Chondrules their 1978) populations Proc. L. of Chondrules Chondrules and consolidation Preferred M., spherules Abt. 33, Size Size Science Mashchak the (1982) chondrules and Y. Origins, • of chronicle and Sons, Bericht 239-248. Meteoritic Lunar Provided and and Sixth 14, (1982) Polar D. J. chondritic Miura A., Geophys. and 187-202. chondrule shape shape Chondrules chondrites in N.Y. XI, in Symposium p. iiber and and Research, Planet and the Physical solar M. their processes carbonaceous 45. pp. by the in Y. chondrules 274 of of Murchison their their den Matveeva S. the meteorites. Lunar 677-679. chondrules near-spherical (1981) Res. system. Origins, Sci orientations pp. (1980) Meteoritenfall primitive NASA CM Origins, Origins, properties Tokyo. and (abstract). on 65, Conj. and On Antarctic meteorites Geotimes aggregates and 0. pp. meteorite: 2965-2970. Astrophysics chondrites Immiscibility Lunar Planetary Nature in homogeneity 10th, A. or 43-44. p. p. the in the of Allegan (1979) processed? 42. 46. In meteorites. ordinary Weibull bei and pp. Bjurbole Papers 27, Meteorites 186, (abstract). Lunar Lunar (abstract). are Lunar Tieschitz (abstract). Institute, 977-988. Planetary 20-21. On Data chondrules. 230-231. they of Presented of function. chondrites A the and and and and impact Earth System the review. chondrules? (T. problem in Houston. In In Chainpur In Planetary Planetary Planetary Yamato- Institute, Mahren. Nagata, Planet Papers Papers Papers Earth Earth to melts Rev. and the 347 of 1983chto.conf..331T
348
-Mueller
Menninga
Merrill Merrill
Merrill Merrill
Merrill
Merrill
Methot
Meunier
Meunier
Mueller
Mueller Mueller Miura Mueller
Miura
Mueller
Muller
Murrell
Proc.
individual
449-472.
Proceedings
Nature
Smithsonian
Meteorite book
Mineralogy,
Meteorites Art.
and
Organic Lunar Yarnato-75135.93
294-295. Oxford.
National
macroscopic
©
Planetary
21.
Y.
Y.
G.
G.
G.
G.
G.
W.
Nat.
2 G.
M.
R.
G.
G. G. G.
G.
Lunar
G.
and
S.
S.
218,
(1982)
(Dunod,
P.
and
P.
P.
P.
C.,
P.
(1968)
(
(1966)
(
T.
P. (1966)
Geochemistry
Institute
(1884)
L.,
F.
(1969)
Research
1971) 1964)
(1883)
(
Acad.
chondrules
(1888)
(1921)
primitires.
Planetary
(1915)
1920)
(1928)
and
(1929)
petrology
and 1239-1240. Rancitelli
Matsumoto
Science
of
and
Noonan
texture
Science
Compositional
the
Burnett
Interpretation Significance
Morphology
Significance
Title
ed.),
Sci.
Encyclopedie
Planetary
Wlotzka
On
Genetical
of
Essai
On
On
Researches
chondrite
Concerning
(P.
Sixth
The
Polar
and
Series,
Institute,
chondrules
1,
Compt.
from
Paris.
unknown.
the
metamorphism inmetamorphism
A.
XIII,
and
L.
M.
429-431.
D.
(V.
d'application
story
Y.
transmission
San
F.,
Symposium
A.,
Research,
S.
Millman,
chemistry
F.
Institute
the
532
interrelations
vol.
pp.
Colombo
(1981)
of
(
of (abstract).
Rend.
of
Jarosewich
(1982)
1982)
Houston. on
and
Emigdio
of
variations
Allende
Chimique,
of
microchondrules
558-559.
inclusions
the
sprays
3,
pp.
and
Meteoritika
micro-structures
the
meteorites.
pt.
Beauchamp
96,
origin
Classification
•
Actinide eds.),
chondritic
Tokyo.
of
chemical
Mineralogical
de
1.
Provided on
electron
from
and
meteorite meteorite.
866-869.
the
In
meteorites.
of
la
between
Antarctic
E.,
Lunar
in
publiee
pp.
of
Lunar
Isna
plagioclase,
G.
the
theorie
27,
carbonaceous
metal
chemistry
deGasparis
In
505-517.
and mineralogical
structure
microscopic
D.
by
R.
(C3)
3.
and
of
Minerals
(abstract).
in
Proc.
and
sous
of
the
ureilites
Hobson,
H.
olivine
Geol in
Meteorites
carbonaceous cyclonique
study
Planetary
several
meteorite.
and
NASA
Planetary
meteorites.
(1973)
la
in
U.S.
whitlockite,
in
Reidel,
direction
Soc.
A.
chondrites
elsewhere
meteorites.
in
of
meteorites.
from
and
observations
Meteoritics
eds.),
Astrophysics
Yarnato-75
type
A.,
Nat.
the
Amer.
hmcl composition Chemical
Chondrules
Institute,
(T.
Meteoritics
de
carbonaceous
Dordrecht.
Science
Earth
and
composition
Leoville
Proc.
I
Mus.
meteorites.
pp.
de
Nagata,
carbonaceous
M.
apatite,
(abstract).
(abstract).
Bull.
Proc.
M.
Al-Far
Nature
119-140.
8, Faye
and
11,
U.
Houston.
(abstract).
XIII,
chondrites
Fremy.
Data
56.
32,
meteorite
and
Nat.
S.
10,
161-167.
ed.),
and
Sky,
a
In
210,
D.
Nat.
395-414. chondrites.
of
pp.
Meteoritics
System
L'histoire
In
121-131.
their
Acad.
Advances
chromite
pp.
Meteorites,
meteorites.
M. chondrites.
Pergamon,
Lunar
pp.
526-527.
151-155.
Mus.
In
(III).
Origins
53-68.
(1975)
(CV3):
Lunar
Sci.
of
1-75.
and
73,
36
de
In
6,
In
in
in
6, 1983chto.conf..331T Selected Nagahara Nagahara Nagahara Nagahara Nagahara Nagahara Naney Nayak Nagata Nelen Nagle Nelson Nininger Nelen Nelson Niemeyer Planetary Sixth Polar Sci. reference Chondrules Lett. Lunar ed.), chondrites ordinary in glass in origin chondrule-like Lunar (abstract). chondrite like Institute, Planetary Antarctic ALH-77307 ALH-77307 © J., J. spherules J., Conj M. pp. V. 14, chemistry L. Symposium T. L. Research, Lunar References of and S. Sci. Noonan H. Noonan H. H. S., H. H. T., K. H. H. S. 66-77. S., and 338-344. chondrites. the (1982) Houston. to Science chondrite, chondrules Institute, H. Meteoritics (1981) and 7th, and (abstract). Skaggs (1981) Planetary (1972) and Crowl Conj and (1982) and Blander the Lonar and (1952) Funaki with Kushiro spherules Kushiro pp. ( and A., (CO3) Lugmair Kushiro CO3) Tokyo. their A., porphyritic National Textural Planetary 3rd, on Petrology D. XIII, S. Evidence Glassy and 155-184. a Effect Houston. the Crater, and Meteoritics ALHA Out Antarctic M., R., M., CO Institute, In (abstract). Origins, M. pp. 9, chondrite chondrite. Fredriksson I. characterization I. pp. Lunar Blander Fredriksson from and 2 384-385. I. (1982) G. of ( (1981) Skaggs and 723-737. objects Institute of 1982) laser: Maharashtra (1982) Institute 560-561. the of for chondrules 76009 W. Papike heating supercooled structural p. chondrules Houston. Meteorites and Sky. secondary 17, (abstract). (1981) In Genetic Petrology Origin M., 47. The S. (impactite Mem. of Lunar Calcium-aluminum-rich Planetary K. (L6). 55-63. J. R., and • Lunar Dover, K. Polar temperature Lunar (1974) composition J. Provided of of Ti Natl. (abstract). (1972) evidence and State, relation (1976) Proc. Keil and in (T. high molten origin chondrules of In isotopes and Research, ALH-77015 glasses?). N.Y. and Keil chondrules, Science Lunar Al-Ca-rich Nagata, Inst K. Planetary India. Lunar alumina-silica Lunar Planetary The Apollo by the of ( of Planetary of 1970) oxide 336 K. Polar on chondrules, In of chondrules. in and regolithic Earth XIII, (1972) Tokyo. Planet. Papers ed.), the A (abstract). pp. natural glasses, NASA Allende and Science Laboratory Planetary possible Res., chondrules (L3) inclusions Institute, texture pp. pp. Institute, Planet 16 silicate chondrules Sci. Presented Astrophysics poor Use chondrite. and Spec. remanent breccias 574-575. 145-160. drillcore: inclusions inclusions Nature XII, Meteoritics new 12B, of Science of (HASP) non-regolithic Sci. droplets. Houston. and preparation in Issue Houston. pp. chondrules a evidence the pp. 292, Lett and CO isolated in to lnProceedings 768-770. magnetization Lunar National and statistical No. and Coolidge XIII, the Data the 1229-1241. 2 glass. chondrules. Earth 5, 135-136. 14, laser isolated Conference 25 unequilibrated unequilibrated 213-214. and for pp. System of olivine 1-6. with Proc. processes (T. Planet. Institute chondrule- to Lunar analysis meteoritic 562-563. chondrite Planetary olivines Nagata, prepare special Lunar grains of of Proc. Sci. and 349 the on an of of in 1983chto.conf..331T 350 Noonan Noonan Notsu Noonan Osborn Olsen Osborn Onuma Olsen O'Keefe Patchett Planner Patchett Paque Osborn Partsch Presented Presented chondrule, from 340-343. Hof-Mineralien-Kabinette Mem. (abstract). and chondrules chondrules chondrites. inclusion Institute, Planetary processes. Connecticut, (abstract). of Institute, Houston. Institute, Elemental Allende. Geochim. Origins, Polar © E. E. K., J.M. Planetary olivine T. Natl P. T. N., P. A. Lunar H. T. P. A. and J. A. (1982) Onuma Research, J. W., p. Geochim. (1843) F. A. W., J. Houston. composition F. N. and W. Nishida Institute, F., Cosmochim. Ea.rth to Meteoritics to In ( Grossman Inst. 49. size-fraction composition Ea.rth from and based (1980) 1980) (1976) (1980) chondrules and Warren Papers (1982) chondrite. the the Fredriksson Smith Stolper and Melt Institute, Lunar N., Nelen Polar Planet. Die ordinary Planetary Conference Planet. 43rd on Sr N., and Tokyo. Cosmochim. Schmitt droplet Isotopic Houston. Chondrules Chondrules Presented R. isotopic A Meteoriten R. L. Na/ and E. Res., Ohtsuka (abstract). 6, J. Acta Nagasawa Annual chondrule Meteoritics (abstract). Houston. H., Sci ( chemistry (1982) G., A. of 297-298. 1978) Sci. Al chondrites. Planetary zu K., chondrule Spec. Institute (1976) and individual fractionation Smith R. Lett. 42, fractionation dispersion Lett. Wien. on Jarosewich to Y., On Dynamic as A. Acta Meteoritical 903-907. in Schmitt In the Issue oder Chondrules 50, N. In of volcanic fragment 41, R.H., A Kimura the Papers the 11, (1971) Kaulfuss, Institute, Conference (1978) • Lunar petrographic the 38, 181-188. in Geochim. No. Provided 111-127. von Kapoeta origin of chondrules 111-130. and Murchison: Dhajala, R. crystallization Wakita 1359-1378. during Presented in 15 E., Himmel M., and ash. Elemental High A. containing convergence Allende Society (T. Houston. and Witiuel, and and Planetary isolated (1973) and Cosmochim. by the Meteoritics on accretion temperature Nagata, H., and their India, from Brenner Chondrules Yanai gefallen to Bununu Evidence chondrules: Zellner Meeting, the mineral NASA Prandel abundances Elemental experiments olivine silica Origins, carbonaceous chondrite ed.), Science Conference in K. of 11, P. Yamato- Acta Stein-und howardites D. Astrophysics heating Allende: (1979) spheroids pp. chemistry for (1976) u. grains p. and 347-348. Chondrules L., p. XI, Comp., 206-214. A slow 37, 139. composition (abstract). and their in 50. reflection on of pp. Origin 7 4 in on 1909-1942. Mineralogy meteoritic cooling an SR the Eisenmassen Lunar chondrites, Schmitt Type Lunar (abstract). (abstract). Chondrules Origins, 865-867. study ordinary Vienna. average Data Allende double-spike National and and 2 of Meteoritics of and and before carbonaceous System of R. solar their evolution the p. 175 chondrites. chondrules Ca-Al-rich Lunar individual A. and In meteorite. In 48. Planetary Planetary including and Weston, Institute im nebular quench Origins Papers (1974) Papers pp. Lunar bulk, their KK. data and 11, of 1983chto.conf..331T Selected Rambaldi Prinz Proust Prinz Rambaldi Podolak Planner Rambaldi Rajan Rambaldi Rambaldi Rambaldi Rambaldi Ramsay Rao Reid Reid Reichenbach Rasmussen Papers Finlande, chondrite brated fallen ordinary inclusions to unequilibrated p. porphyritic Cosmochim. No. (P. the (abstract). and chondrule Institute, Planetary unequilibrated A. histories 137. A. M., W. A. Conference H. © 21, Planetary L. R. S. M. References Lunar ist, W. H. Abelson, M., chondrites. M. Presented Fodor (1885) (1806) P. Lunar 498-505. E. S. E. E. E. E. E. E. and chondrites Houston. und K. No. and ( Institute, Houston. Institute, N. in (abstract). and In in 1982) R. Williams R., C. (1974) R. of R. R. fluid R. R. and Acta the Papers Fredriksson L. the and R. (1981) Borgstr<'.>m tiber 12. V. the and and Institute, and Les (1982) Sears Uber (1982) ordinary ordinary Cameron and on ed.), and V precollapse droplet Planetary Vigarano to (1860) Clues 28 Moon ., 38, Nature Chondrules Keil meteorites Planetary Wasson Wasson die the On and Wasson (abstract). Presented einen D. Wasson R. pp. pp. In Relict 777-788. Dusty New Conference Meteorsteine to Keil Houston. the K. W., chondrites. chondrite. J., Papers and chondrules. Meteoriten L. 170-203. K. A. the 287, Meteorstein, chondrite. Institute (1982) H. Gibson J. J. irradiation grains ( and K. evidence Jovian G. Institute, parent 1967) genesis J. metal tombees J. T. and ( to T. In 817-820. ( 1902) W. Presented 1977) T. T. Wasson the (1980) Lunar (1981) their in on Geochim. Wiley, (1982) Chondrules Evidence E. (1982) Geochim. in protoplanetary (1975) meteorite in • Conference uberhaupt. of Geochim. chondrules. Meteoritics Chondrules Der of Houston. Provided en Comparison chondrules: K., Meteoriten. meteoritic der Origins, history and The relict Metal Belgique J. Meteorit Jr., N.Y. to im Fine, A Possible T. Planetary Cosmochim. origin of origin the for Cosmochim. bodies. new J. and (1980) grains Cosmochim. and and by the and Ann. p. on 9, 1773 Nature 43rd chondrules and nickel-poor the 52. et Ann. oflunar von atmosphere Fredriksson Chondrules chondrites. lightning Implication 35-45. associated origin formation les Physik. NASA their in three-stage Lunar NASA Si-rich unweit chondrule Science Annual Bjurb<'.>le meteorites Physik. chondrules 293, Acta Acta Origins, rocks of Acta and (abstract). Astrophysics SP-370, model 24, Fe-Ni 558-561. Fe-Ni Sigena. gas-rich In XIII, and phases 45, (abstract). Meteoritical of for K. 46, bei 111, and Planetary 46, 261-292. Researches cooling rims meteoritic en (1974) p. 1001-1015. their their Borga. 929-939. grains for of pp. meteorites: grains 317-330. 51. 353-386. general. Vol. im in in In highly meteorites. chondrule 638-639. Origins, origin Lunar Arogonien Bishunpur, the Papers Data Meteoritics history in Institute, 1, Bull A in Society in pp. highly chondrules Bishunpur refractory Ciel unequilibrated the System and Geochemistry (abstract). Comm. implications p. Presented 183-199. of et Lunar formation olivine 53. Geochim. Planetary Houston. unequili- herabge- Meeting, a Terre olivine- 10, highly Lunar Geol glass (L3) and and 351 97. In of 5, to 1983chto.conf..331T Reusch Renard Reynolds Richardson Richardson Richardson Richardson Ringwood Ringwood Reynolds Rubin Rinne Rinne Ringwood Rosman Rose Rubin Roy 352 Planetary Bull Palaeontol (abstract). carbonaceous chim. and birth. fractions isolated Houston. Fieldiana mineralogischen kli.nstlichen Allende meteorites. new Geol Cosmochim. meteorites: S. G. © Planetary F. A. kinds F. A. Soc. A. H. K. Acta Astronomy Palaeontol Lunar K. ( (1863) E., J. (1895) J. 1897) olivine E., F. (1886) inclusions: A. (1957) A. of A. S. H., J. S. S. Science Geol S. Geo/. of Scott H. In (1897) EOS 24, 2, E. two Taylor E. two M. R., Schmelzen M. M. Acta type E. and M. Lumpkin Lunar and chondrites 229-246. (1961) Science Kugelrunde (1966) 159-197. Beschreibung Uber crystals and 10, De Belg. (1959) E. (1981) Om and H3 The new Museum (Trans. (1978) Planetary 8, 3 1, XI, 15, Recherches R. Jeffery chondrites G. Laeter No. Willson 6-22. chondrites 259-261. An and meteorstene. Mcsween problems ordinary rhombischen D., Bruxelles Chemical 257-283. pp. Genesis XIII, G. J., in Alteration 31, On . und exercise Amer. Chemical Keil Planetary .&rth R., 923-925. zu C2 Keil P. J. Eiskrystalle Institute 383-396. pp. the L.A. and Berlin. R., M. Uber K., und carbonaceous and sur of . chondrite of K., .&rth 11, Geophys. and H. Planet. 663-664. chemical and and chondritic Jeffery (1980) in le Naturen (1980) the their Einteilung of Y., Konkretionen Augit and alteration 61-65. Science genetic mode Lunar Abhandl miniaturized • Gorton Okada mesostasis Planet. origin Provided Jr. und bearing Sci. Nelson P. finds. Rare Union) Cosmic als de (1978) Lunar evolution 10, and M. Chondren relationships Lett. XI, meteorites. chondrites A. and formation Kontaktproduct, M. Sci and der Akad. (1980) Meteoritics 129-137. gases on Planetary (1982) G. by the pp. in 52, P. and 59, structure contamination: Lett. Textural rare in Meteoriten the mechanical (1981) chondrules (1980) 920-922. 67-75. in 314-315. Wiss. and Basalten. Planetary Search origin of von . NASA Microchondrules: 48, gas Rev. .&rth des individual among Institute, densities 16, Meteoriten. of 166-170. The Phys.-Math. analysis Cadmium evidence meteorites Geophys. for Astrophysics chondrules Planet. 9-12. auf chondrules chondrenartige Lunar degradation and Neues Institute, Correo meteorites. Chondrules 129Xe elemental Grund Houston. meteor aggregates of (abstract). bearing Sci and isotope pierreuses 4, Jarhb. the Neues in Kl and Houston. 113-175. in Lett. (abstract). Their mineral der Planetary Data ablation planets. Berlin. Geochim. in stony and Suwanee clues on Jahrb. fractionation Mineral Sammlung from Bildungen 37, C2 In System occurrence (chondrites). the their grains Lunar to meteorites. 485-491. chondritic 161 Geochim. spherules three In origin Institute, Mineral the Cosmo- Origins Spring Lunar pp. Geol from sun's and aus C2 im of in in
1983chto.conf..331T
Selected Selected
Sonett Sonett
Simon Simon
Sonett Sonett
Snellenburg Snellenburg
Sorby Sorby Scott Scott
Salisbury Salisbury
Scott Scott
Smith Smith
Sorby Sorby Scott Scott
Simon Simon
Schmitt Schmitt
Schmitt Schmitt
Sparks Sparks
Schmitt Schmitt Shima Shima
Sorby Sorby
Presented Presented
Meteoritics Meteoritics
Lunar Lunar
Planetary Planetary
chondrites chondrites
333-334. 333-334.
chondrules. chondrules.
of of
and and
in in
pp. pp.
ics ics
meteoritic meteoritic preaccretionary preaccretionary
Institute, Institute, metamorphism, metamorphism,
Lunar Lunar
Conference Conference
meteorite. meteorite.
U U
OC: OC:
218 218
the the
5,220. 5,220.
E. E.
E. E.
E. E.
273-282. 273-282.
J. J.
© ©
H. H.
H. H.
inclusions inclusions
M., M.,
H. H.
C. C.
S. S.
S. S.
M. M.
C. C.
R. R.
R. R.
References References
R. R.
R. R.
Lunar Lunar
R. R.
R. R.
V. V.
and and
and and
individual individual
W.W. W.W.
Shibayama Shibayama
B. B.
B. B.
Evidence Evidence
C. C.
C. C.
P. P.
C. C.
Murayama Murayama
P. P.
H. H.
A., A.,
D., D.,
Houston. Houston.
(1980) (1980)
A., A.,
D. D.
D., D.,
and and
and and
A., A., Science Science
J. J.
(1979) (1979)
(1877) (1877)
( (
Proc. Proc.
to to
chondrules. chondrules.
and and
(1864) (1864)
Planetary Planetary
Planetary Planetary
1864) 1864)
and and
(1982) (1982)
14, 14,
on on
Smith Smith
Taylor Taylor
(1981) (1981)
W. W.
In In
Smith Smith
and and
the the
Taylor Taylor
Smith Smith
Pergamon, Pergamon,
Haggerty Haggerty
and and
Haggerty Haggerty
in in
their their
Chondrules Chondrules
317-330. 317-330.
Sears Sears
and and
Lunar Lunar
(1978) (1978)
melting melting
Origin Origin
Origin Origin
from from
Conference Conference
Planetary Planetary
the the
chondrules chondrules
On On
On On
On On
XI, XI,
Fernald Fernald
On On
R.H., R.H.,
An An
chondrite chondrite
G. G.
S., S.,
R. R.
components components
Meteorites-Solar Meteorites-Solar
brecciation brecciation
R. R. G. G.
Institute, Institute,
Allende Allende
Science Science
D. D.
the the
the the
the the
separated separated
pp. pp.
J., J.,
the the
and and
Geochim. Geochim.
H., H.,
Planet. Planet.
electrical electrical
S. S.
of of
S. S.
J., J.,
A A
H., H.,
and and
W. W.
and and
Rubin Rubin
of of
Oxford. Oxford.
origin origin
structure structure
microscopical microscopical
1054-1056. 1054-1056.
E. E.
microscopical microscopical
0-
D. D.
E. E.
Ehmann Ehmann
petrographic petrographic
Okada Okada
and and
and and
Institute Institute
and and
G. G.
silicate silicate
Goles Goles
(1980) (1980)
(1979) (1979)
via via
IX, IX,
F. F.
meteorite. meteorite.
and and
on on
Distribution Distribution
found found
Houston. Houston.
Sci. Sci.
(1982) (1982)
their their
Keil Keil
(1970) (1970)
of of
of of
Dhajala Dhajala
A. A.
(abstract). (abstract).
activation activation
Cosmochim. Cosmochim.
Olehy Olehy
pp. pp.
Chondru/es Chondru/es
mechanism mechanism
E-chondrites E-chondrites
A. A.
debris debris
chondrules. chondrules.
and and
G. G.
E., E.,
Conj. Conj.
W. W.
Bulk Bulk
matrix matrix
Petrography Petrography
K. K.
• •
(1979) (1979)
Origi.ns, Origi.ns,
in in
1080-1082. 1080-1082.
G. G.
Keil Keil
Provided Provided
Lunar Lunar
system system
Mechanism Mechanism
Experimentalchondruleformation(abstract).Meteorit-
origin origin
(1982) (1982)
structure structure
D., D.,
grid grid
Proc. Proc.
Shibayama-Maghi, Shibayama-Maghi,
chondrules chondrules
D. D.
(1965) (1965)
structure structure
from from
11th, 11th,
chemistry chemistry
K., K.,
In In
analyses, analyses,
of of
and and
A. A.
Chemical Chemical
material material
applicable applicable
and and
Lunar Lunar
and and
p. p.
Acta Acta
of of
for for
Lunar Lunar
and and
fossils. fossils.
planetesimal planetesimal
Geophys. Geophys.
pp. pp.
by by
the the
(1968) (1968)
Origins Origins
Abundances Abundances
by by
54. 54.
McKowan McKowan
meteorites. meteorites.
of of
and and
chondrule chondrule
Planetary Planetary
Lunar Lunar
cooling, cooling,
their their
of of
Kracher Kracher
901-927. 901-927.
the the
for for 31, 31,
(abstract). (abstract).
of of
Elements Elements
meteorites. meteorites.
Lunar Lunar
and and
Planet. Planet.
1. 1.
meteorites. meteorites.
Geotimes Geotimes
(abstract). (abstract).
olivine olivine
petrology, petrology, composition,
a a
metamorphism-induced metamorphism-induced
NASA NASA
1975-1985. 1975-1985.
J. J.
Rare Rare
of of
to to
diverse diverse
Origins, Origins,
Planetary Planetary
Res. Res.
and and
Geophys. Geophys.
ordinary ordinary
chondrule chondrule
and and
sorting, sorting,
A. A.
collisions collisions
Nature Nature
D. D.
Institute, Institute,
Sanbu-Gun, Sanbu-Gun,
Sci Sci
of of
formation formation
mineral mineral
earth earth
Planetary Planetary
Lett. Lett.
Astrophysics Astrophysics
(1982) (1982)
In In
(L. (L.
Na, Na,
Planetary Planetary
(1967) (1967)
26, 26,
Phil Phil
chondrule chondrule
Lunar Lunar
Proc. Proc.
Conj. Conj.
In In
p. p.
Science Science
6, 6,
aggregation, aggregation,
Sc, Sc,
22-23. 22-23.
abundances abundances
H. H.
15, 15,
Res. Res.
55. 55.
and and
Papers Papers
Mag. Mag.
677-680. 677-680.
chemistry chemistry
(abstract). (abstract).
Houston. Houston.
formation formation
Origin Origin
Cr, Cr,
Roy. Roy.
Silicon Silicon
10th, 10th,
Ahrens Ahrens
495-498. 495-498.
and and
Institute, Institute,
(abstract). (abstract).
Lunar Lunar
carbonaceous carbonaceous
70, 70,
Institute, Institute,
Chiba-Ken, Chiba-Ken,
Mn, Mn,
suite suite
XIII, XIII,
28, 28,
Data Data
Planetary Planetary
Presented Presented
Soc. Soc.
2419-2444. 2419-2444.
of of
pp. pp.
and and
Fe, Fe,
157-159. 157-159.
abundances abundances
and and
chondrules chondrules
TL TL
in in
condensation, condensation,
of of
pp. pp.
et et
System System
In In
in in
(abstract). (abstract).
Houston. Houston.
871-883. 871-883.
London London
the the
mineralogy mineralogy
Co, Co,
chondrules chondrules
Lunar Lunar
changes changes
Houston. Houston.
meteoritic meteoritic
In In
al., al.,
704-
Planetary Planetary
Allende Allende
Science Science
and and
Papers Papers
Japan. Japan.
type type
to to
eds.), eds.),
705. 705.
353 353
and and
13, 13,
the the
Cu Cu
by by
In In
in in
in in 3 3 1983chto.conf..331T
Sugiura
Sugiura
Sugiura
Tschermak
Taylor Tschermak
Tschermak Taylor Tomeoka Tschermak
Tschermak
Tschermak
Strangwa
Suess
Suess
Suess 354
photographische Akad
and
Presented from 3,
88,
and recorded Sitzungsber. Institute,
[English
pp. In
Planetary
pp.]
XIII,
Presented and
237-241.
Wien
18, North-Holland,
Institute,
195-209,
Papers
803-804.
Abt.
H.
273-279. ©
H.
their
H.
aggregates
G.
Cosmic
S.
the
pp.
N.
Math.-Naturwiss.
N.
Lunar
N.,
~iss.
E.
E.
y
R.
J.,
E.
K.
trans.,
and
1,
and
D.
in
Houston.
G.
Allende
G.
G.
754-755. G. Origins,
Houston.
(1963)
G.
(1982)
Institute,
G.
to
Lanoix
Scott
Presented
(1975)
and
to
(1949)
347-371.
chondrules
W.
(
(
(1878)
(1883)
Akad
the
plus
and
Wien
1882) Strangway
187
Chemistry
Strangway D.
(1874)
the
(1885)
Lunar
Buseck
Wood
of (
E.
Amsterdam.
Conference
1978)
5)
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Planetary
Can
1
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Abbildungen.
meteorite
Lunar
p.
M.,
carbonaceous
R.
Zur
78,
Houston.
Uber
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plate.
Wiss.
Der
Lunar
Beitrag
and 57.
to
D.,
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Urey-Craig
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J.
chondrules
and
P.R.
580-582.
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from
Bildung
Kl. Chemie
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(H.
D.
Lunar
A.
die
Science:
and
Planetary
Wien
Trummerstructur
and
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record
Strangway
mikroskopische
71,
W.
and
zur
Conference
W. (abstract).
(1982)
Meteoriten
on
Craig,
the
Keil
on
Planetary
(1982)
and
Abt.
der
70,
Classification
Origins (1978)
Wood
der
E.
Allende
chondrites
groups
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K.
om from form
of
A
Institute,
Meteoriten
459-472,
An S.
Planetary
Schweizerbart'sche
2,
magnetic
•
Planeten-und
(1982) Post-Apollo
L. Provided
Early
bei Tieschitz
661-673.
E.
In
D.
Magnetic
unusual
of
von
on
of
Institute,
meteorite.
Miller,
M.
Papers
W.
Planetary
chondrites
Chondrules
(abstract). Cosmic Moes.
Beschaffenheit
magnetic
Houston.
der
(1964)
a
der
Institute,
plus
fields
and
(1979)
und der
gas
Fe-
by
and
Meteoriten
Presented
studies
View.
Meteoriten.
Houston.
Sitzungsber.
2
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of
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in
and
Phys.
in
setting
Smithson.
Magnetism,
plates.
Meteoritenbildung.
solar
the
G.
fields
and
Magnetic
Mahren
NASA
Vulcanismus.
In
Houston.
Pergamon,
O-rich
and
Origins,
Verlagshandlung,
on
J.
early
Ea.rth
Lunar
their
for
composition?
to
the
recorded
Wasserburg,
der
their
von
Astrophysics
Sitzungsber.
chondrule
the
(Zweiter
solar
Contrib.
layered
Akad.
Allende
states
Planet.
Chondrules
fields
Meteoriten,
p.
and
p.
Conference
Orvinio
Origins,
N.Y.
115.
system.
56.
Sitzungsber.
in
Planetary
of
Wiss.
of
material
Inter.
Astrophys.
individual
Bericht).
meteorite.
oxidation. 372
Lunar
Lunar
formation
Z.
(abstract).
eds.),
the
Data
Akad
und
Stuttgart.
Moon p.
KL
Electrochem.
and
pp.
erliiutert
20,
solar
58.
on
and and
Wein
pp. System
in
Science
Chantonnay.
Sitzungsber.
Akad
their
342-349.
Chondrules
Wiss.
and
chondrules
chondrules
Lunar
No.
In
(abstract).
nebula
In
385-400. Planetary
In
Planetary
85,
Isotopic
24
Planets
Papers
Origins
Papers
4.
durch
Wiss.
Wien
XIII,
Abt.
and
137
pp.
53,
as 1983chto.conf..331T
Selected
Tsuchiyama
Tsuchiyama
Tsuchiyama
Tsuchiyama
Urey
Urey Urey Van Urey Van Urey Van Urey
Wadsworth Wahl Urey Wahl Urey
Walter
Walter
Walter
Antarctic
Research
Tokyo. the spheres chondrules.
66, Soc.
623-637. Planetary
chondritic In Experimental Meteoritics Cosmochim.
meteorites.
Geochim.
1357-1367.
meteorite.
Schmus
Papers
Schmus
Schmus
H.
H.
H.
H.
H.
H.
H.
H.
©
1988-1991.
W.
texture
W.
(London),
L.
L.
References
L.,
Lunar
C.
C.
C.
C.
C. C.
C.
C.
(1910)
S.
(1952)
and
S.
(
(
(1961)
(1959)
(1967) (1952)
Dodd
(1956)
and
1958)
1967)
(P.
Institute,
M.
Cosmochim.
Meteorites
and A.
A.,
Presented
In
A.,
W.R.
meteorites.
A.,
(1969)
Geochim.
7,
Earth
W.
W.
of
and
its
Acta
and
M.
Meteorite
E.
reproduction
Craig
341-352.
Nagahara
Nagahara
Dodd
Beitrage chondrules:
Nagahara
pp.
The
application
The
On
R.,
R.
Criticism
(1883)
R.
Primary Planetary
Parent
Millman,
The
Diamonds,
(1969)
Nagahara
31,
Planet.
The
67-78.
Houston.
and
the
brecciated and (1967)
early
H.
R.
to
Planets.
Cosmochim.
(T.
2027-2042.
Geochim.
Acta
Research
origin
(1953)
major
bodies
the
T.
Meteoritic and
zur
H.,
Wood
Classification
Smidinger
H.,
and
history
Sci
Nagata,
of
H.,
(1972)
ed.),
Institute
of
H.
to
Chemie
Conference
a
and
Polymict
2,
Dr.
and
meteorites
of
Yale
secondary
Lett.
texture
preliminary
element
(1981) and
the
91-117. The
of
stony
pp.
chondrules
J.
B. Cosmochim.
Kushiro
of
Kushiro
(P.
the
Evidence
Acta
ed.),
formation
Mason's
A.
48,
University
the
480-491.
Kushiro
composition
der
P. •
M.
meteorites
meteorites.
and
Effects
Provided
structure
(1967)
of
solar
composition
155-165.
(1973)
terrestrial
4,
and
pp.
Meteoriten.
on
Millman,
objects.
types
I.
I.
volatilization
36-82.
report.
(1981)
and
for
Chondrules
paper
system
(1980)
175-192.
the
I.
of
Acta
of
Reidel,
Press,
A
3
Sampling
vapor
(1982) by
precooling
chondrites
chondrules.
origin
and
of
J.
and
of
Icarus
rocks.
chemical-petrological
on
ed.),
the
31,
Volatilization
Proceedings
as
Geophys.
the
the
Experimental
of
Z.
New
meteorites
4
the
fractionation
indicated
Dordrecht.
NASA
747-765.
of
carbonaceous
National
Anorg.
individual
pp. stone
of
Conditions
7,
Science
Mezo-Madaras
and
origin
the
model
Haven.
sodium
350-359.
thermal
(abstract).
191-205.
Geochim.
Astrophysics
their
Res.
meteorites
solar
Al/gem.
of
by
containing
of
1,
Institute
of
of
meteorites.J.
245
chondrules
64,
reproduction
from
the
Origins,
in
history
system.
127-130.
the
sodium
of
chondrule
chondrites.
the
Meteoritics
Reidel,
meteorites.
1721-1737.
pp.
Cosmochim. chondrule
Chem.
chondrules
Sixth
classification
chondrite.
and
origin
of
Data
and
Astrophys.
foreign
p.
from
the
Polar
Dordrecht.
of
Symposium
59.
cooling
69,
compositional Geophys.
of
System
of
origin
the
Proc.
3,
In
silicate
chondrules.
52-96.
Lunar
textures
formation:
fragments.
(abstract).
Research,
129-130.
Geochim.
Meteorite
Acta
Bjurbole
for
J.
rate
Chem.
of
355
Res.
melt
124,
and
45,
the
the
on on
of 1983chto.conf..331T
356
Wasilewski
Wasson
Wasson Wasson
Weinland Wark
Wark
Wanke
Warren
Wasilewski Whipple Whipple
Whipple
Wlotzka
Wlotzka
Wlotzka
Wlotzka
Wlotzka
Proc.
Planetary
chondrites,
chondrules
26,
coarse-grained
Meteoritics pp. inclusions p. 501-508.
Meteorite variations
Papers to
403-404.
Allende
Institute,
In
Planetary
products pp.
60.
Planet
Papers
1208-1210.
134-148.
869-870.
D.
©
D.
Lunar
H.,
R.
J. J.
Lunar
Lunar
J.
F.
F.
F.
F.
F.
F.
F.
A. Presented
F.
A.,
D.
chondrules
(1972) Formation (1975)
G.,
T. Baddenhausen
L.
Houston.
(A.
(
and L.
(1969)
in
P.
(1982)
L.
Research
P.
Science
(1978)
(abstract).
and
Institute,
and
1981)
Presented
Wasserburg
(abstract).
F.
5,
(
and
(1970)
and
Planet
J. Leoville
(1981)
(1966)
Osborn
1972)
and
and
Elvius,
Palme
228.
(1881)
Lunar
their
Wark
and
Ca-Al-rich
Meteorites.
Lunar
Classification
the
to
On
Grossman
Planetary Composition
Planetary
Early
X,
On
Saralker
the
Houston.
Aerodynamic
(abstract).
(P.
New
Sci. origins
Chondrules:
T.
ed.),
Meteoritics
H.
and
the
origin
pp.
to
Ca-Al-rich
D.
Korallen
In
certain
Conference
and
solar
M.
W.,
(1982)
G.
the
12B,
H.,
Papers
formation
A.
1292-1294.
Planetary
magnetic
pp.
inclusions:
Millman,
J.,
as
Institute
of
Institute,
Springer-Verlag, Planetary
and
Conference
Palme
of
(1982)
J.
C.
system
211-232.
pp.
aerodynamic
high
and
ordinary
Meteoritics
of
of
in
N.
chondrules A
(1981)
Presented
Schmitt
8,
inclusions
unequilibrated
suggestion
1217-1227.
chondrules,
refractory-rich
Meteorsteinen. processes
Lovering (1982)
on
449-450.
temperature
results H.,
of
Institute,
The
stratigraphy:
ed.),
•
Houston.
Institute,
Chondrules
chondrules
Lunar
Chondrules
and
Provided
Stable
chondrites.
Wiley
on
R.
significance
pp.
from
6,
to
Progress
Spettel
processes
(abstract).
A. for
(abstract).
Chondrules
concerning
J.
and
the Berlin.
321-322.
Houston.
174-184. NRM
fragments
(1971)
and
F.
selectively
Houston.
Allende
condensates.
ordinary
by
Conference
"basaltic"
Planetary
Das
and
The
(1979) and
within
B.
Rev.
Sons,
the
316
in
and
for
of
(1974)
metal
their
Ausland
Chemical
condensation
NASA
In
In the
the
Reidel,
Geophys.
zeolites
C3(V).
asteroids
and
and
pp.
mineralogy
chondrites
N.Y.
Structural
chondrules
accumulating
Lunar
Lunar
Origins,
compositional
chondrule
Institute,
origin.
properties
on
Earth
On
matrix
their
Astrophysics
54,
Chondrules
Phys.
Dordrecht.
Chondrules
composition
and
the
and
and
and
Space
Science
Origins,
No.
Planet
p.
sequence
features
(abstract).
in
chemistry
Houston.
in
other
(abstract).
Planetary
comets.
Earth
61.
from
Planetary
by
Tieschitz
Allende:
16,
chondrules
Phys.
Lunar
"shock
characterization
Data
Sci.
hydrous
153,
301-303,
Omans
and
p.
Planet.
of
and
of
from
In
62.
Meteoritics
10,
of
Lett.
some
and
In
61
System
their
Science
From
54-56.
(abstract).
their
Science
Chondrules.
melting."
the
711-759.
Lunar
Lunar
Allende
individual
(abstract). (abstract).
Sci
alteration
Planetary
23,
Origins,
Allende
Allende
No.
Plasma
Origins
Inter.
1 -
XIII,
and
and
IX,
26,
16,
7.
of to
In
In 1983chto.conf..331T
Selected
Wood Wood Wood Wood
Wood
Wood
Wood Wood
Wood
Wood
Yang
Zavaritskii Zbik
Zhang
Zook
Zook
Astrophys.
6, Middlehurst
chondrites.
eds.), between
912-925.
Papers
carbon
Planetary
Planeta.ry discussion
Institute,
1978,
Chondrules
1-49.
M.
H.
J.
H.
J. (
J. © J. J.
J. J.
J.
J. J.
P.
J.
pp.
References
113
and
A.
Lunar and
A. A. A. A.
Presented
A.
A. A.
in
A.
1967)
(1978)
A.
A.
Comets,
A.
Houston.
(1982)
366-373.
meteorites and
(1981)
(1962) (1962) (1963)
Science
Institute,
(1968)
(1981)
\on
(1963)
Obs.
(1958)
-
Epstein
Lang
and
Earth
N.
and
and 133.
and
Chondrites:
its
Mcsween
(CH)
(1948)
Motylewski
Tech.
their
Planetoids
B.
significance
G.
Minor
to
The
Planet Metamorphism
Chondrules Meteorites
Planetary On
On
XII,
Physics
Silicate
the Houston.
S.
(1982)
Proceedings
P.
(abstract).
Investigation
the
Origins,
a
interstellar
Rept.
(1982)
On
Kuiper,
Conference
pp.
new
Planets,
H.
Sci.
origin
the
Their
and
124i
Morphological
meteorite
to
Institute
Y.
No.
and
model
K.
to Lett
and
chondrules?
The
structure
p.
(1977)
eds.),
In
chemistry
of
the
(1979)
and
10.
of
metallic
-1244.
the
64.
dust
in
Lunar
the
chondrules
56,
on on
concentration
I.
for
study
chondrites.
Meteorites
Origin
pp.
Lunar
•
A.
structures
Chondru/es
origin
as
the
Chondrules
32-44.
Provided
the
of
Meteorite
U.
a
337-401. Lunar
and
minerals,
material
of
of
(abstract). precursor crystalline
features
generation
and
Colloquim
of
of
origin
Planetary
meteorites.
and
Planets.
terrestrial
and
(E. Geochim.
Planetary
and
by
and
and
chondrites.
thermal
as
constitution
Univ.
research.
of
and
the
Anders,
Planetary
of
In
condensation
chondrites.
the
their
pore
isotopic
of
39,
NASA
McGraw-Hill,
Ca,Al-rich
Science
Papers
evolution
In
planets.
origin
of
chondrites
Cosmochim.
Institute,
histories,
Lyon,
Origins,
spaces
A.
Chicago
The
Rev.
Astrophysics
Institute,
Icarus
Presented
H. composition
XIII,
of
of
Meteoritika
Solar
Nature
France,
of
Delsemme,
in
Jilin
Geophys. inclusions
products.
the
p.
Houston.
and
(abstract). the
chondrules
pp. Press,
2,
63.
N.Y.
Acta,
System,
meteorites.
Houston.
meteorite
152-180.
parent
earth.
885-886.
to
194,
Lunar
1976.
Data
Chicago.
the
117
of
26,
Space
in
In
4,
and
127-
planets.
Sci Conference
hydrogen
carbonaceous
Relationships
50-70.
vol.
and
In
pp.
739-749.
System
(abstract).
shower
T.
Lunar
Lunar
Smithson.
GeoL
130.
Phys.
Planetary
4
Gehrels,
(B.
Icarus
357
Sin.
and
and and
and
17,
M.
on
In