heavy noble gas / observed noble gas/carbon ratio / nebula gas / noble gas removal / noble gas clathrate hydrate / carbon carrier / noble gas trapping / noble gas inventory / law constant / chemical equilibrium / noble gas / nebular gas / noble gas partial pressures / chemical constraint / noble gas fractionations / atmospheric gas / given gas / gas concentration / residual solution / adsorption energy / heavy noble gas abundances / planetesimal and captured gas sources / noble gas/carbon ratios / iron metal present / solar composition gas / chemical models / predominant oxygen gas / noble gas carrier phase / noble gas clathrates / noble gas/carbon ratio / metal / captured nebular gas / captured solar gas / fractionated noble gas abundances / water gas / noble gas pattern / light noble gas adsorption / solar gas / noble gas abundances / chemical composition / gas constant / solar system composition gas / captured gas / noble gas adsorption / nonequilibrium condensation product / salty solution / law constants / gas capture / Solar nebula gas capture / heavy noble gas clathrates / noble gas bearing phases / gas clathrate hydrate / noble gas clathration / subsequent gas capture / Aqueous alteration products / /
Organization
U.S.A. JUPITER FORMED WITH MORE TAR THAN ICE Katharina Lodders Planetary Chemistry Laboratory / African Union / American Astronomical Society / Washington University / Planetary Sciences and McDonnell Center for the Space Sciences / /
Person
Ar / / /
Position
same PM / Prime Minister / representative for oxygen / ln PM / 10À6 10À9 10À13 10À15 PM / ÁHC =RT / CaO / Major / representative / Eads =RT / /
The Astrophysical Journal, 611:587–597, 2004 August 10 # 2004. The American Astronomical Society. All rights reserved. Printed in U.S.A.