A computer program for electron probe microanalysis in the fields of metallurgy and geology
Computer program for metallurgical and geological data reductions
Comella, P. A.↗
Engineering topics
Goldstein, J. I.
Publications and source records attributed to Goldstein, J. I..
The classification of iron meteorites.
Iron meteorites genetic classification based on parent body cooling rate and Ga-Ge trace element content
Goldstein, J. I.↗
The formation of phosphides in iron meteorites.
Fe-Ni-P phase diagram studies applied to schreibersite and rhabdite formation in iron meteorites
Doan, A. S., Jr.↗
A computer program for electron probe microanalysis in the fields of metallurgy and geology
Electron probe microanalyses in metallurgy and geology performed by FORTRAN program
Goldstein, J. I.↗
Marburg - A new pallasite.
Crystalline variation and chemical composition of meteorite found at Marburg, West Germany
METEORITIC COMPOSITION↗
The iron meteorites, their thermal history and parent bodies.
Cooling rates for Widmanstatten pattern formation in iron meteorites used to obtain data on parent meteorite bodies
WIDMANSTATTEN PATTERN↗
Distribution of germanium in the metallic phases of some iron meteorites.
Germanium distribution in metallic phases of various iron meteorites by electron probe microanalysis
GERMANIUM↗
Cooling rates of 27 iron and stony-iron meteorites.
Iron and iron-stony meteorites cooling rates in relation to Ni content and Widmanstatten structure suggest development in different thermal environments
COOLING↗
Rapid methods of determining cooling rates of iron and stony iron meteorites.
Iron and stony meteorite cooling rates determined by measuring kamacite bandwidth, bulk nickel content and composition
WIDMANSTATTEN PATTERN↗
The distribution of Ge in the metallic phases of some iron meteorites
Germanium concentrations in metallic phases of iron meteorites
IRON METEORITE↗
Preparation of electron probe microanalyzer standards using a rapid quench method.
Quantitative electron probe microanalyzer standards preparation apparatus, discussing metal alloys rapid quenching and X ray flux data
Goldstein, J. I.↗
Butler, Missouri - An unusual iron meteorite.
Butler iron meteorite composition, noting unusually high cobalt and germanium content and low cooling rate
GERMANIUM↗
Preparation of electron probe microanalyzer standards using a rapid quench method
Preparation of electron probe microanalyzer standards using rapid quench method
QUANTITATIVE ANALYSIS↗
Butler, Missouri - An unusual iron meteorite
High cobalt and germanium content and low cooling rate of Butler iron meteorite
COBALT↗
The formation of the kamacite phase in metallic meteorites.
Concentration gradients in meteoritic kamacite predicted from Fe-Ni phase diagram and diffusion analysis
METEORITIC COMPOSITION↗
The formation of the kamacite phase in metallic meteorites
Diffusion analysis of concentrated gradients in metallic meteorites kamacite
METEORITE↗
Fe-ni phase diagram
Alpha and gamma solubility limits in iron-nickel phase diagram at high temperatures - quench- and-anneal and diffusion couple techniques and electron probe microanalysis
PHASE DIAGRAM↗