Washington / D.C. / Hazen et / Bloomington / Guggenheim / Providence / Fairfax / London / Baltimore / /
Company
Ralph E. Milliken5 1 Geophysical Laboratory / Palygorskite / Laterite / Smectites / Ames / Illite / All / Alpharma Inc. / /
Country
United States / /
Currency
USD / VND / / /
Event
FDA Phase / Environmental Issue / /
Facility
Brown University / George Mason University / Indiana University / University Drive / Johns Hopkins University / /
IndustryTerm
metal / mineral systems / hydrothermal systems / dozen chemical elements / vermiculite / web databases / sepiolite / alteration products / variable chemical substitutions / kaolinite / technological systems / deep circumferential hydrothermal systems / chlorite / chemical and physical factors / /
NaturalFeature
Hadean Ocean / /
Organization
Department of Earth and Planetary Sciences / Carnegie Institution of Washington / Brown University / George Mason University / Johns Hopkins University / International Mineralogical Association / Indiana University / Department of Geological Sciences / /
Person
Volume / CLAY MINERAL / /
Position
Archer / Singer / Mineralogist / Major / General / /
Product
Mg 3Si / Na0 / /
ProvinceOrState
Virginia / Rhode Island / Maryland / Indiana / Georgia / /
American Mineralogist, Volume 98, pages 2007–2029, 2013 Clay mineral evolution Robert M. Hazen1,2,*, Dimitri A. Sverjensky1,3, David Azzolini3, David L. Bish4, Stephen C. Elmore2, Linda Hinnov3 and Ralph E. Milliken5