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Mars / Discovery program / Fourth of July / Mars Pathfinder / Oxia Palus quadrangle / Martian soil / Soil / Martian surface / Hematite / Spacecraft / Spaceflight / Space technology


MINERALOGY, COMPOSITION, AND ORIGIN OF SOIL AND DUST AT THE MARS PATHFINDER LANDING SITE. J.F. Bell III1 , R.C. Anderson2 , J. Bishop3 , N.T. Bridges2 , D.T. Britt4 , J.A. Crisp2 , T. Economou5 , A. Ghosh6 , J.P. Greenwo
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Document Date: 1998-08-21 18:43:32


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City

Clark / /

Company

Ames / APL / /

Facility

University of Tennessee / Princeton University / Cornell University / University of Copenhagen / University of Arizona / University of Chicago / /

IndustryTerm

overall chemical composi / chemical analysis results / chemical correlations / chemical and multispectral differences / chemical analyses / fine-grained weathering products / physical and chemical weathering processes / chemical composition / imaging / chemical composition measurements / aqueous solution / /

Organization

Princeton University / National Aeronautics and Space Administration / Mars Pathfinder mission / Johns Hopkins University / University of Copenhagen / University of Tennessee / University of Arizona / University of Chicago / Space Center / Cornell University / /

Position

Singer / Bishop / /

ProvinceOrState

Tennessee / British Columbia / Arizona / /

Technology

remote sensing / /

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