Jet Propulsion Laboratory / Ðeld / S. L. & Teukolsky S. A. / National Aeronautics / Pearson / Space Administrations / /
Country
Singapore / /
Event
Business Partnership / Product Issues / /
Facility
Japan AND TAKAHIRO KUDOH National Astronomical Observatory / Kyoto University / Jet Propulsion Laboratory / National Astronomical Observatory / Toyama University / California Institute of Technology / Japan DAVID L. MEIER Jet Propulsion Laboratory / /
IndustryTerm
potential energy density / kinetic energy term / energy increase rate / free energy / particle potential energy / corrected energy / peculiar potential energy / stationary transonic solution / mass gas energy density / energy density / gas pressure power / rotational energy / counter-rotating gas / gas pressureÈdriven / energy increase / energy / primitive gravitational potential energy density / black hole rotational energy decreases / net energy / energy source / energy transport / electromagnetic energy / kinetic energy / gas black holes / gas pressure / black hole rotational energy / peculiar potential energy density / thermal energy density / potential energy / etheÕ momentum gas density / energy release / gas egas / motion gas / /
Organization
California Institute of Technology / National Institute for Fusion Science / Japan DAVID L. MEIER Jet Propulsion Laboratory / RAPIDLY ROTATING BLACK HOLE MAGNETOSPHERE SHINJI KOIDE Faculty of Engineering / Yale Univ. / US Federal Reserve / Kyoto University / Toyama University / National Aeronautics and Space Administration / American Astronomical Society / /
THE ASTROPHYSICAL JOURNAL, 536 : 668È674, 2000 June[removed]The American Astronomical Society. All rights reserved. Printed in U.S.A. GENERAL RELATIVISTIC SIMULATIONS OF EARLY JET FORMATION IN A RAPIDLY ROTATING BLAC