Description
Based on a symposium on lasers, molecules, and methods held at the Los Alamos Center for Nonlinear Studies held in July 1986. Contributors present recent advances in theoretical and experimental research on a diversity of dynamical and optical phenomena resulting from the interactions of laser beams with molecules. They describe the predictive results of sophisticated mathematical models, the equipment involved in experiments, and reveal new insights into molecular structure and behavior.
Chapter
CHAPTER II MULTIPLE SCALING AND A RELATED EXPANSION METHOD, WITH APPLICATIONS
pp.：
101 – 103
CHAPTER III APPLICATIONS OF THE METHOD OF MULTIPLE SCALES TO NONLINEARLY COUPLED OSCILLATORS
pp.：
103 – 157
CHAPTER IV NUMERICAL TREATMENT OF LINEAR AND NONLINEAR PERIODIC SYSTEMS, WITH APPLICATIONS
pp.：
157 – 217
CHAPTER V THE RECURSIVE RESIDUE GENERATION METHOD
pp.：
217 – 251
CHAPTER VI PRECONDITIONING EIGENVALUE PROBLEMS
pp.：
251 – 299
CHAPTER VII STATIONARY PHASE MONTE CARL0 METHODS
pp.：
299 – 309
SPECTROSCOPY AND RELAXATION
pp.：
309 – 325
CHAPTER VIII APPLICATIONS OF THE RIEMANN PRODUCT INTEGRAL METHOD TO SPECTROSCOPIC PROBLEMS
pp.：
325 – 327
CHAPTER IX ANALYTIC SOLUTIONS AND DYNAMIC SYMMETRIES IN LASER-DRIVEN ATOMIC EXCITATIONS
pp.：
327 – 371
CHAPTER X SPIN RELAXATION AND MOTIONAL DYNAMICS
pp.：
371 – 407
CHAPTER XI DENSITY MATRIX METHODS AND RELAXATION PHENOMENA IN LASER-EXCITED POLYATOMIC MOLECULES
pp.：
407 – 549
CHAPTER XII REDUCED EQUATIONS OF MOTION FOR MOLECULAR LINESHAPES AND SEMICLASSICAL DYNAMICS IN LIOUVILLE SPACE
pp.：
549 – 599
CHAPTER XIII TIME-DEPENDENT WAVEPACKET APPROACH TO OPTICAL SPECTROSCOPY INVOLVING NONADIABATICALLY COUPLED POTENTIAL SURFACES
pp.：
599 – 625
CHAPTER XIV LOCAL MODE OVERTONES AND MODE SELECTIVITY
pp.：
625 – 657
CHAPTER XV INTERACTION OF AN ADSORBED ATOM WITH A LASER
pp.：
657 – 699
CHAPTER XVI TELEGRAPHIC ATOMIC FLUORESCENCE
pp.：
699 – 735
CHAPTER XVIl GENERALIZED FLOQUET THEORETICAL APPROACHES TO INTENSE-FIELD MULTIPHOTON AND NONLINEAR OPTICAL PROCESSES
pp.：
735 – 759
CHAPTER XVIII QUANTUM OPTICS AT VERY HIGH LASER INTENSITIES: ESSENTIAL STATES AND ABOVE-THRESHOLD IONIZATION
pp.：
759 – 821
CHAPTER XIX COUPLED-EQUATION METHOD FOR MULTIPHOTON TRANSITIONS IN DIATOMIC MOLECULES: BRIDGING THE WEAK- AND INTENSE-FIELD LIMITS
pp.：
821 – 843
CHAPTER XX SQUEEZED STATES OF LIGHT
pp.：
843 – 879
CHAPTER XXI NOTES ON CLASSICAL AND QUANTUM THEORIES OF DRIVEN NONLINEAR SYSTEMS
pp.：
879 – 887
CHAPTER XXII CLASSICAL CHAOS VERSUS QUANTUM DYNAMICS: KAM-TORI AND CANTORI AS DYNAMICAL BARRIERS
pp.：
887 – 911
CHAPTER XXIII ADIABATIC SWITCHING: A TOOL FOR SEMICLASSICAL QUANTIZATION AND A NEW PROBE OF CLASSICALLY CHAOTIC PHASE SPACE
pp.：
911 – 945
LastPages
pp.：
945 – 1042
Advances in Chemical Physics, Volume 73
：Lasers, Molecules, and Methods
( Advances in Chemical Physics )
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