Albuquerque / Berlin / SEAGLE ET / Amsterdam / Washington / Livermore / London / /
Company
Argonne National Laboratory / Sandia National Laboratories / Geophysical Laboratory / Stainless Steel / Philips / /
Country
United States / / /
Facility
National Museum of Natural History / GeoSoilEnviroCARS facility / University of California / University of Chicago / /
IndustryTerm
metal / energy balance / online version / conductive energy losses / iron-silicon solid solutions / power law temperature dependence / energy loss / energy sources / power law / energy imbalance / energy / /
Movie
A. D. / /
NaturalFeature
M. Rivers / M. L. Rivers / /
Organization
American Geophysical Union / Univ. of Calif. / Carnegie Institution of Washington / Department of Earth and Space Sciences / National Science Foundation / National Bureau of Standards / University of Chicago / Chicago / Center for Advanced Radiation Sources / Smithsonian Institution / University of California / Los Angeles / Department of Energy / /
Person
Stevenson / Lawrence Livermore Natl / Christopher T. Seagle / Sha / D. C. Keeler / /
Position
R. N. / D. J. / Editor / Corresponding author / /
Product
sodium chloride / Citation / /
ProvinceOrState
New Mexico / District of Columbia / Illinois / California / Washington / /
PublishedMedium
GEOPHYSICAL RESEARCH LETTERS / Natural History / /
GEOPHYSICAL RESEARCH LETTERS, VOL. 40, 5377–5381, doi:[removed]2013GL057930, 2013 Electrical and thermal transport properties of iron and iron-silicon alloy at high pressure Christopher T. Seagle,1,2,3 Elizabeth Cottre