centre of Mars / University of Maryland / University of Edinburgh Parallel Computing Centre / NASA/Goddard Space Flight Center / University of Edinburgh / /
IndustryTerm
damped solution / direct solution / satellite data / less damped solutions / satellite measurement / typical satellite data / convergent solutions / satellite altitude measurement / The satellite / damped solutions / satellite points / satellite altitude / magnetization solutions / minimum norm solutions / magnetization solution / possible solutions / methods applicable to sparse systems / satellite datum coordinates / chemical alteration / satellite measurements / iterative algorithms / sparse matrix systems / /
NaturalFeature
Large volcanoes / /
Organization
Edinburgh Parallel Computing Centre / American Geophysical Union / MGS mission / University of Edinburgh / University of Maryland / Baltimore County / National Aeronautics and Space Administration / Mars K. A. Whaler School of GeoSciences / Global Surveyor Mission / /
Person
Josephine Beech-Brandt / Lon Hood / Magnus Hagdorn / Tim Seher / Adam Carter / /
Position
continuously varying magnetization model for Mars / Mars Global Surveyor / Walker / The Mars Global Surveyor / Forward / model / aiding structural and tectonic interpretation / magnetization model for upward continuation / /
JOURNAL OF GEOPHYSICAL RESEARCH, VOL. 110, E09001, doi:2004JE002393, 2005 A spatially continuous magnetization model for Mars K. A. Whaler School of GeoSciences, University of Edinburgh, Edinburgh, UK