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NUMBER 19 125<br />
Parent Bodies. Geochimica et Cosmochimica Acta,<br />
31:1733-1770.<br />
Graham, A. L., and R. Hutchison<br />
1974. Is Kakangari a Unique Chondrite? Nature, 251:128-<br />
129.<br />
Henderson, E. P., and S. H. Perry<br />
1949. The Linwood (Nebraska) Meteorite. Proceedings of<br />
the United States National Museum, 99:357-360.<br />
<strong>Hi</strong>ntenberger, H., and W. Berghof<br />
1970. Mass Spectrographic Determination of Trace Elements<br />
in Meteorites. Pages 657-665 in K. Ogata and<br />
T. Hayakawa, Recent Developments in Mass Spectroscopy.<br />
Tokyo: University of Tokyo Press.<br />
<strong>Hi</strong>ntenberger, H., L. Schultz, and H. Weber<br />
1969. Rare Gases in the Iron and the Inclusions of the<br />
Campo del Cielo Meteorite, El Taco. Pages 895-900<br />
in P. M. Millman, Meteorite <strong>Res</strong>earch. Dordrecht,<br />
Holland: D. Reidel Publishing Company.<br />
Jarosewich, E.<br />
1966. Chemical Analyses of Ten Stony Meteorites. Geochimica<br />
et Cosmochimica Ada, 30:1261-1265.<br />
Keil, K.<br />
1968. Mineralogical and Chemical Relationships among<br />
Enstatite Chondrites. Journal of Geophysical <strong>Res</strong>earch,<br />
73:6945-6976.<br />
Keil, K., and K. Fredriksson<br />
1964. The Iron, Magnesium, and Calcium Distribution in<br />
Coexisting Olivines and Rhombic Pyroxenes of<br />
Chondrites. Journal of Geophysical <strong>Res</strong>earch,<br />
69:3487-3515.<br />
Kretz, R.<br />
1963. Distribution of Magnesium and Iron between Orthopyroxene<br />
and Calcic Pyroxene in Natural Mineral<br />
Assemblages. Journal of Geology, 71:773-785.<br />
Marshall, R. R., and K. Keil<br />
1965. Polymineral Inclusions in the Odessa Iron Meteorite.<br />
Icarus, 4:461-479.<br />
Mason, B.<br />
1967. The Woodbine Meteorite, with Notes on Silicates<br />
in Iron Meteorites. Mineralogical Magazine, 36:120-<br />
126.<br />
Masuda, A.<br />
1969. Lanthanides in the Silicate Inclusions of the Woodbine<br />
Meteorite. Nature, 224:164-165.<br />
McCallum, I. S<br />
1968. Equilibrium Relationships among the Coexisting<br />
Minerals in the Stillwater Complex, Montana. PhD<br />
dissertation, University of Chicago.<br />
Medaris, L. G.<br />
1969. Partitioning of Fe 2+ and Mgf + between Coexisting<br />
Synthetic Olivine and Orthopyroxene. American<br />
Journal of Science, 267:945-968.<br />
Mueller, R. F.<br />
1963. A Comparison of Oxidative Equilibria in Meteorites<br />
and Terrestrial Rocks. Geochimica et Cosmochimica<br />
Ada, 27:273-278.<br />
Olsen, E., and T. E. Bunch<br />
1970. Empirical Derivation of Activity Coefficients for the<br />
Magnesium-Rich Portion of the Olivine Solid Solution.<br />
American Mineralogist, 55:1829-1842.<br />
Olsen, E., and L. Fuchs<br />
1967. The State of Oxidation of Some Iron Meteorites.<br />
Icarus, 6:242-253.<br />
Olsen, E., and E. Jarosewich<br />
1971. Chondrules: First Occurrence in an Iron Meteorite.<br />
Science, 174:583-585.<br />
Park, F. R., T. E. Bunch, and T. B. Massalski<br />
1966. A Study of the Silicate Inclusions and Other Phases<br />
in the Campo del Cielo Meteorite. Geochimica et<br />
Cosmochimica Ada, 30:399-414.<br />
Powell, Benjamin N.<br />
1971. Petrology and Chemistry of Mesosiderites, II: Silicate<br />
Textures and Compositions and Metal-Silicate<br />
Relationships. Geochimica et Cosmochimica Ada,<br />
35(l):5-34.<br />
Ringwood, A. E.<br />
1961. Silicon in the Metal Phase of Enstatite Chondrites<br />
and Some Geochemical Implications. Geochimica et<br />
Cosmoschimica Ada, 25:1-13.<br />
Scott, E. R. D., and R. W. Bild<br />
1974. Structure and Formation of the San Cristobal<br />
Meteorite, Other IB Irons and Group IIICD. Geochimica<br />
et Cosmochimica Acta, 38:1379-1391.<br />
Speidel, D. H., and R. H. Nafziger<br />
1968. P-T-f02 Relations in the System Fe-O-MgO-SiO2.<br />
American Journal of Science, 266:361-379.<br />
Urey, H. C.<br />
1959. Primary and Secondary Objects. Journal of Geophysical<br />
<strong>Res</strong>earch, 64:1721-1737.<br />
Van Schmus, W. R., and P. H. Ribbe<br />
1968. The Composition and Structural State of Feldspar<br />
from Chondritic Meteorites. Geochimica et Cosmochimica<br />
Acta, 32:1327-1342.<br />
Wasson, J. T.<br />
1970. The Chemical Classification of Iron Meteorites, IV:<br />
Irons with Ge Concentrations Greater than 190<br />
ppm and Other Meteorites Associated with Group<br />
I. Icarus, 12:407-423.<br />
Wlotzka, F.<br />
1972. Havero Ureilite: Evidence for Recrystallization and<br />
Partial Reduction. Meteoritics, 7:591-600.<br />
Wlotzka, F., and E. Jarosewich<br />
1969. The Mineralogical and Chemical Composition of<br />
Silicate Inclusions in the El Taco (Campo del<br />
Cielo) Iron Meteorite. Meteoritics, 4:298-299.
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