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Thermodynamic properties / Analytical chemistry / Neutron activation analysis / Elastic properties of the elements / Electronegativities of the elements / Chemistry / Periodic table / Chemical properties


Statistical Methods for Determining Geochemical Phase Relationships
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Document Date: 2009-01-14 01:26:50


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City

Berlin / Kensington / Sydney / /

Company

Fe Hf Sc / Eyre Peninsula SA / Pearson / Cr Co / Yorke Peninsula SA / Becquerel Laboratories / Flinders Ranges SA / Fe Hf / Murray Basin SA / /

Facility

University of Wollongong / /

IndustryTerm

chemical reaction / intensive chemical experimentation / chemical mobility / variable chemical composition / Chemical elements / auriferous metal sulfide / /

Organization

School of Earth and Environmental Sciences / EVALUATION OF PEDOGENIC CALCRETE TRACE ELEMENT DATA Paul Grevenitz & Allan R. Chivas Geoquest Reasearch Centre / Society for Economic Geologists / Hardpan / Cr-Cs-Fe-Sc Ba-Ca-Na-Sb-Zr As-Hf-Th Ce-Yb Eu-La-Sm Cr-Fe-Sc Br-Na Cs-Zn Eu-Sm-Th-Yb Ce-La Fe-Rb Cr-Sc-Th Sb-U-Zr Yb-Cs Eu-La-Sm-Tb Br-Ca Calcrete-gold association / University of Wollongong / /

Person

Paul Grevenitz / Lucas Heights / /

Position

geochemist and environmental scientist / /

ProvinceOrState

Western Australia / Washington / /

Region

South Australia / Western Australia / northwest Victoria / /

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