National Institute of Polar Research / Utah State University / Solar-Terrestrial Environment Laboratory of Nagoya University / University of Alaska Fairbanks Aurora Physics / Geophysical Institute / University of Alaska MORI Hirotaka / University of Alaska / University of Alaska Fairbanks / Communications Research Laboratory / /
IndustryTerm
release energy / high-energy electrons / high-energy electron precipitation / characteristic electron energy / automatic processing / energy range / riometer-a device / identical energy flux / real time / energy deposition rate / high-energy electron precipitation accompanying solar activity / high-energy electron precipitations / high-resolution imaging riometer / wide energy range / energy / /
OperatingSystem
DOS / Microsoft Windows / /
Organization
National Institute of Polar Research / Geophysical Institute / Nagoya University / University of Alaska Fairbanks / Utah State University / University of Alaska MORI Hirotaka / National Institute of Polar Research and the Solar-Terrestrial Environment Laboratory / University of Alaska / /
Person
J. D. Winningham / Hans C. Stenbaek-Nielsen / Donald Rice / Sci / R. G. Roble / /
Position
D. Leader / International Arctic Environment Research Project Group / Butler / Professor of Geophysics / Researcher / International Arctic Environment Research Project Group / Senior Researcher / International Arctic Environment Research Project Group / /
4-2 Imaging Riometer Database Developed in Cooperation with the University of Alaska MORI Hirotaka, MURAYAMA Yasuhiro, ISHII Mamoru, YAMAMOTO Masa-yuki, and Hans C. Stenbaek-Nielsen To study the effects of the high-energ