Multiparticle quantum scattering with applications to nuclear, atomic, and molecular physics /

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Bibliographic Details
Imprint:New York : Springer, c1997.
Description:x, 401 p. : ill. ; 25 cm.
Language:English
Series:IMA volumes in mathematics and its applications v. 89
Subject:
Format: Print Book
URL for this record:http://pi.lib.uchicago.edu/1001/cat/bib/2720231
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Other authors / contributors:Truhlar, Donald G., 1944-
Simon, Barry, 1946-
ISBN:0387949992 (hardcover)
Notes:This work is based on a workshop with the same title which was an integral part of the 1994-1995 IMA program on 'Waves and scattering'.
Includes bibliographical references.
Table of Contents:
  • N-body quantum systems: A tutorial / Gian Michele Graf
  • A tutorial on computational approaches to quantum scattering / Donald J. Kouri and David K. Hoffman
  • Time-independent wavepacket quantum mechanics / Donald J. Kouri, Youhong Huang and David K. Hoffman
  • Classical action and quantum N-body asymptotic completeness / Gian Michele Graf and Daniel Schenker
  • On trace formulas for Schrodinger-type operators / F. Gesztesy and H. Holden
  • Multiparticle quantum systems in constant magnetic fields / I. Laba
  • New channels of scattering for two- and three-body quantum systems with long-range potentials / D. Yafaev
  • State-of-state transition probabilities and control of laser-induced dynamical processes by the (t, t') Method / Nimrod Moiseyev
  • Barrier resonances and chemical reactivity / Ronald S. Friedman and Donald G. Truhlar
  • Quantization in the continuum - complex dilated expansions of scattering quantities / Nils Elander
  • Microscopic atomic and nuclear mean fields / Claude Mahaux
  • The Pauli principle in multi-cluster states of nuclei / Jens Bang
  • Nonperturbative approaches to atomic and molecular multiphoton (half-collision) processes in intense laser fields / Shih-I Chu
  • Global recursion polynomial expansions of the Green's function and time evolution operator for the Schrodinger equation with absorbing boundary conditions / Vladimir A. Mandelshtam.