THE OXIDATION STATE OF THE SOLAR NEBULA ALEXANDER N. KROT University of Hawai’i / AND KATHARINA LODDERS Washington University / /
IndustryTerm
chemical equilibrium calculation / metal condensates / gas-solid fractionation / chemical indicators / gas-solid reactions / solar gas / mineral and chemical indicators / chemical equilibrium / crystallization products / nebular gas / carbon gas / physical and chemical conditions / asteroidal processing / chemical environment / canonical solar gas / gas species / predominant gas species / refractory metal abundances / chemical / solar nebula gas / refractory metal alloys / iron metal stability field / ambient gas / refractory metal alloy condensation calculations / ambient gas phase / monoxide gas species / /
Organization
Washington University / St. Louis / African Union / SOLAR NEBULA ALEXANDER N. KROT University of Hawai’i / /
Person
Taylor / BRUCE FEGLEY / JR. / Mason / HERBERT PALME / Hashimoto / KATHARINA LODDERS / Allende / /
METEORITICAL AND ASTROPHYSICAL CONSTRAINTS ON THE OXIDATION STATE OF THE SOLAR NEBULA ALEXANDER N. KROT University of Hawai’i at Manoa BRUCE FEGLEY, JR., AND KATHARINA LODDERS Washington University, St. Louis, Missouri