Dover / Seattle / Birmingham / New York / Oxford / Berlin / Strasbourg Cedex / London / /
Company
Cambridge University Press / Oseen / BT / Low Dimensional Systems / Clarendon Press / Pearson / BOUNDARY CONDITIONS AND SOLUTIONS / W. A. Benjamin Inc. / Research Corporation / /
Country
France / United Kingdom / /
Currency
USD / /
Event
Person Communication and Meetings / /
Facility
University of Georgia / Isaac Newton Institute of Cambridge University / University of Washington / University of Birmingham / H. E. Hall / /
IndustryTerm
steady-state solutions / equilibrium vortex solution / vortex solution / power series solution / equilibrium solution / explicit solution / power series solutions / Numerical solution / /
Organization
University of Washington / Cambridge University / School of Physics and Astronomy / University of Georgia / Athens / National Science Foundation / Isaac Newton Institute / Department of Physics and Astronomy / Department of Physics / U.S. Securities and Exchange Commission / Universite´ / University of Birmingham / Aspen Center for Physics / IORDANSKII FORCE / /
Person
Michael Stone / Louis Pasteur / C. Wexler / Ping Ao / Carlos Wexler / Ua / Edouard Sonin / Jian-Ming Tang / Boris Spivak / D. J. Thouless / Qian Niu / /
PHYSICAL REVIEW B, VOLUME 63, Vortex dynamics in the two-fluid model D. J. Thouless,1 M. R. Geller,2 W. F. Vinen,3 J.-Y. Fortin,4 and S. W. Rhee1 1