State University of New York / California Institute of Technology / University of Cambridge / /
IndustryTerm
chemical dissolution / concentrated multicomponent electrolyte solutions / chemical components / chemical systems / dilute solutions / concentrated brine solutions / aqueous electrolyte solution / chemical compositions / chemical composition / chemical properties / electrolyte solution / chemical weathering / chemical framework / multicomponent electrolyte solutions / record abundant chemical information / distinct solutions / likely chemical compositions / gas constant / chemical divide / chemical and physical properties / concentrated solutions / given aqueous solution / concentrated multicomponent solutions / chemical signatures / given solution / solute systems / multicomponent systems / subsequent chemical fractionation / chemical / chemical and physical processes / concentrated electrolyte solutions / chemical sedimentation / multicomponent electrolyte solution / multicomponent electrolyte systems / aqueous solution / /
MusicGroup
Earth / Mars / /
Organization
California Institute of Technology / American Geophysical Union / Division of Geological and Planetary Sciences / Department of Earth Sciences / University of Cambridge / Department of Geosciences / State University of New York / /
JOURNAL OF GEOPHYSICAL RESEARCH, VOL. 116, E05004, doi:[removed]2010JE003700, 2011 Physicochemical properties of concentrated Martian surface waters Nicholas J. Tosca,1 Scott M. McLennan,2 Michael P. Lamb,3 and John P. G