Lasers, Molecules, and Methods, Volume 73ISBN: 978-0-471-62457-8
Hardcover
1022 pages
January 1989
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Partial table of contents:
Where Are Laser-Molecule Interactions Headed?
(J. Hirschfelder).
MATHEMATICAL METHODS.
Numerical Treatment of Linear and Nonlinear Periodic Systems withApplications (P. Friedmann).
Stationary-Phase Monte Carlo Methods (J. Doll & D.Freeman).
SPECTROSCOPY AND RELAXATION.
Analytic Solutions and Dynamic Symmetries in Laser-Driven AtomicExcitations (F. Hioe).
Reduced Equations of Motion for Molecular Lineshapes andSemiclassical Dynamics in Liouville Space (S. Mukamel & Y.Yan).
Local Mode Overtones and Mode Selectivity (J. Hutchinson).
Generalized Floquet Theoretical Approaches to Intense-FieldMultiphoton and Nonlinear Optical Processes (S. Chu).
Squeezed States of Light (H. Kimble).
Adiabatic Switching: A Tool for Semiclassical Quantization and aNew Probe of Classically Chaotic Phase Phase Space (W. Reinhardt).
Where Are Laser-Molecule Interactions Headed?
(J. Hirschfelder).
MATHEMATICAL METHODS.
Numerical Treatment of Linear and Nonlinear Periodic Systems withApplications (P. Friedmann).
Stationary-Phase Monte Carlo Methods (J. Doll & D.Freeman).
SPECTROSCOPY AND RELAXATION.
Analytic Solutions and Dynamic Symmetries in Laser-Driven AtomicExcitations (F. Hioe).
Reduced Equations of Motion for Molecular Lineshapes andSemiclassical Dynamics in Liouville Space (S. Mukamel & Y.Yan).
Local Mode Overtones and Mode Selectivity (J. Hutchinson).
Generalized Floquet Theoretical Approaches to Intense-FieldMultiphoton and Nonlinear Optical Processes (S. Chu).
Squeezed States of Light (H. Kimble).
Adiabatic Switching: A Tool for Semiclassical Quantization and aNew Probe of Classically Chaotic Phase Phase Space (W. Reinhardt).