Browsing by Author "Jones J.H."
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Browsing by Author "Jones J.H."
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Jurewicz A.J.G.; Mittlefehldt D.W.; Jones J.H. (1995)We have performed melting experiments between 1170-1325°C and at an oxygen fugacity of IW-1 on the ordinary chondrites Lost City (H) and St. Severin (LL) in order to investigate the origin of diogenites and their possible ...
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Jurewicz S.R.; Jones J.H.; Fegley B. (1995)Reports of percent level concentrations of normally lithophile elements such as Zr, Nb, and Ta in some refractory noble metal nuggets in CAIs raise important questions about the redox state of the early solar nebula. ...
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Lindstrom D.J.; Jones J.H. (1996)Experimental studies of the metal/silicate partitioning of Ir have produced two sets of results differing by a factor of 106 (Jones and Drake, 1986; O'Neill et al., 1995). In an attempt to understand this discrepancy, we ...
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Goodrich C.A.; Jones J.H.; Berkley J.L. (1987)The minor-element/major-element trends among the ureilites were investigated using electron microprobe data on olivine and pigeonite cores in eight low-shock ureilites. The results show well-defined correlations between ...
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Woronow A.; Reid A.M.; Jones J.H. (1996)The melt portion of a parental magma, undergoing equilibrium olivine crystallization, passes through a succession of compositions unique to its initial composition. Because the succession of compositions follows uniquely ...
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Jones J.H.; Neal C.R.; Ely J.C. (2003)We have evaluated the highly siderophile element (HSE) signatures of the martian (SNC) meteorites using new and literature data. These Ir and Os concentrations correlate with the Mg# [molar Mg/(Mg+Fe)], Cr and Ni, suggesting ...
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Chabot N.L.; Campbell A.J.; Jones J.H.; Humayun M.; Vern Lauer Jr.H. (2006)Carbon has been proposed as a potential light element in planetary cores, included in models of planetary core formation, and found in meteoritic samples and minerals. To better understand the effect of C on the partitioning ...
Now showing items 1-7 of 7