Fort Collins / Lima / Kyoto / D. Gobbi / Meinel / /
Company
Zhang S. P. / Solar-Terrestrial Environment Laboratory / Radio Science Center / R. H. S. P. / Japan 2 Radio / MSISE / /
Country
Japan / /
Currency
pence / / /
Event
Business Partnership / /
Facility
Kyoto University / Nagoya University / /
IndustryTerm
kinetic and chemical energy / oxygen-hydrogen reaction chain / gas state equation / ambient gas kinetic temperature / satellite data / energy balance / Data processing / data processing procedure / Recent satellite measurements / energy transfer / large gas / /
MusicGroup
P / /
Organization
Seismological Society of Japan / Instituto Nacional de Pesquisas Espaciais / Nagoya University / Geodetic Society of Japan / Brazilian National Research Council / Japanese Society for Planetary Sciences / Kyoto University / Brazil Science Center for Space and Atmosphere / deD / Volcanological Society of Japan / Society of Geomagnetism and Earth / /
Person
Zhang / E. R. Williams / J. R. Winick / J. Stegman / References Baker / M. L. Melo / R. H. Picard / T. F. Tuan / M. J. Taylor / G. Witt / M. Abo / R. G. Roble / T. D. Kawahara / D. B. Jenkins / C. Nagasawa / A. Eras / R. Rodrigo / B. H. Solheim / H. G. Dickinson / D. J. Mackinnon / N. R. Teixeira / A. Nomura / K. Kobayashi / J. Geophys / S. Sargoytchev / R. N. Peterson / G. G. Shepherd / J. J. Lopez-Moreno / E. J. Llewellyn / M. J. Lopez-Gonzalez / / /
Position
D. J. / model / thermosphere/ionosphere/mesosphere electrodynamics general circulation model / /
Earth Planets Space, 56, 249–258, 2004 Atmospheric density and pressure inferred from the meteor diffusion coefficient and airglow O2 b temperature in the MLT region H. Takahashi1 , T. Nakamura2 , K. Shiokawa3 , T. Ts