Tokyo / Klein / Sapporo / San Francisco / Cambridge / Kashima / /
Company
GM / Universal Academy Press / /
Country
Japan / / /
Facility
Kagoshima University / Hokkaido University / Tomofumi U MEMOTO Nobeyama Radio Observatory / National Institute of Information / National Astronomical Observatory / VERA observatory / /
IndustryTerm
thick gas disk / gas clumps / gas clump / emission tracing dense gas / kinetic energy / high-density gas / pre-shock gas density / assumed gas clump density / ambient cloud gas / flattened rotating gas torus / massive and thick accretion gas disk/torus / gas density / gas kinematics / zero-energy orbits / dynamical and chemical composition evolution / massive gas/dust disk / gas/dust distribution / gas disk / higher pre-shock gas density / massive gas disk scenario / /
Movie
A. I. / /
MusicAlbum
Culture / Technology / Sports / Science / /
Organization
Faculty of Science / Kagoshima University / Graduate School / African Union / Kashima Space Research Center / Astronomical Society of Japan / Cambridge Univ. / Japan Society for Promotion Science / National Institute of Information and Communications Technology / Hokkaido University / IROTA Mizusawa VERA Observatory Mitaka Office / MODAKA Department of Physics / ORAI Division of Physics / Ministry of Education / /
PASJ: Publ. Astron. Soc. Japan 58, 883–892, 2006 October 25 c[removed]Astronomical Society of Japan. A Collimated Jet and an Infalling-Rotating Disk in G192.16−3.84 Traced by H2 O Maser Emission