Ni (wt%) Ag / Bi Co / FeS / Fe (wt%) Ni (wt%) Ag / Fe (wt%) Ni (wt%) S (wt%) Ag / Ni (wt%) S (wt%) Ag / Cu Ag / Bi (ppm) Co / Thermo Electron Corp / Ge / Applied Physics Laboratory / Timothy J. MCCOY4 1Applied Physics Laboratory / /
Country
United States / / /
Facility
Applied Physics Laboratory / National Museum of Natural History / Smithsonian Institution National Museum / College Park / University of Maryland / /
IndustryTerm
run product / metal / typical experimental run products / metal/liquid metal partitioning behavior / metal/liquid metal / crystallized solid metal / metal partition coefficients / liquid metal / metal/liquid metal partitioning / liquid metal phases / uniform energy density / metal powder / metal/liquid metal partitioning studies / run products / metal/liquid metal partition coefficients / metal/liquid / experimental run products / metal and liquid metal / software program / metallic systems / liquid metal composition / final metallic run products / homogenous solid metal / liquid metal pairs / /
Organization
Carnegie Institution / University of Maryland / Meteoritical Society / Smithsonian Institution / University of Maryland / College Park / Smithsonian / /
Person
Mo (ppm) Os / /
Position
single-collector / USA *Corresponding author / /
ProvinceOrState
Missouri / Maryland / /
PublishedMedium
Natural History / /
Technology
laser / crystallization / ATM / flash / at understanding the crystallization / /
Meteoritics & Planetary Science 42, Nr 10, 1735–Abstract available online at http://meteoritics.org The effect of Ni on element partitioning during iron meteorite crystallization Nancy L. CHABOT1*, Sarah A.