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Monte Carlo Transport Codes for use in the Space Radiation Environment Lawrence Pinsky Physics Department, University of Houston Posted: [removed]Introduction
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Document Date: 2015-02-13 12:38:32


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City

Geneva / Santa Fe / Fortran / /

Company

Oak Ridge National Laboratory / European Laboratory / Los Alamos National Laboratory / /

Country

Switzerland / United States / Italy / /

Facility

European Laboratory / International Space Station / University of Houston Posted / Center of Mass / /

IndustryTerm

transport algorithm / past applications / energy distributions / space radiation applications / energy region / detector systems / low energy / radiation applications / ionization energy losses / kinetic energy distribution / energy range / steel ball / e.g. energy loss / medium energy / energy dependent / low-energy neutrons / low energy neutron collisions / higher energy / little energy / energy propagation / maximum energy / lineal and specific energy / space applications / energy spectrum / particular applications / auxiliary tools / kinetic energy distributions / average energy loss / energy straggling / high-energy file / energy / /

Organization

Center of Mass / University of Houston Posted / National Aeronautics and Space Administration / European Space Agency / Space Radiation Environment Lawrence Pinsky Physics Department / /

Person

Johannes Ranft / W. Wilson F. A. Cucinotta / /

Position

astronaut / statistical decay model / Phys / MCNP General / /

ProgrammingLanguage

php / C++ / /

PublishedMedium

Reviews of Modern Physics / /

Technology

Radiation / transport algorithm / remote sensing / ESA / simulation / operating system / operating systems / CAD / /

URL

http /

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