UID:
almafu_9959245563902883
Format:
1 online resource (532 p.)
ISBN:
981-279-853-6
Series Statement:
Advances in Multi-Photon Processes and Spectroscopy ; v.1
Content:
Advances in Multi-Photon Processes and Spectroscopy, Vol 1
Note:
Description based upon print version of record.
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Preface; Contents; Chapter 1. Atomic Multi-Photon Processes; 1. Introduction Historical Background Basic Multiphoton Processes; 2. Two-Photon Processes; 3. Higher than Second-Order Ionization Processes; 4. Laser-Induced Shifts and Widths; 5. Coherent Strong-Field Effects; 6. Light Fluctuation Effects in Multiphoton Processes; 7. Time and Bandwidth Effects; 8. Dressed Free Electron Interactions; References; Chapter 2. Some Studies on Laser Multiphoton Ionization and Multiphoton Ionization Dissociation of Polyatomic Molecules; I. Introduction; II. Multiphoton Ionization; A. Review
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B. MPI Spectra of Some Polyatomic MoleculesC. MPI Polarization Studies of Two-Photon Transitions of Polyatomic Molecules; D. Lifetime Determination by Two-Color MPI Techniques; E. Ionization Potential Determination by MPI; F. Picosecond Pulsewidth Determination by MPI; III. Multiphoton Ionization Dissociation Mass Spectrometry (MPIDMS); A. Historical Development; B. Theoretical Development; C. Techniques and Results; References; Chapter 3. Laser-Induced Molecular Dynamics: Rate Processes in the Gas Phase and at Solid Surfaces; I. Introduction; II. Gas-Phase Processes; A. Unimolecular Dynamics
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B. Molecular CollisionsIII. Surface Processes; A. Energy Flow in Adspecies-Surface Systems; B. Laser Applications to Surface Chemistry; References; Chapter 4. Multiphoton Processes by Visible and UV Lasers; 1. Introduction; 2. A Brief Review of Multiphoton Absorption Theory; 2.1 Coherent processes; 2.2 Incoherent processes; 2.3 Dephasing processes; 3. Multiphoton Absorption Processes; 3.1 Virtual states as intermediates; 3.2 Bound states as intermediates; 3.3 Dissociative states as intermediates; 4. Multiphoton Photochemistry; 4.1 Photodynamics; 4.2 Reaction Dynamics; 5. Concluding Remarks
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ReferencesChapter 5. Applications of Raman Spectroscopy to Structural and Conformational Problems; I. Introduction; II. Nitrogen Oxides; A. Introduction; B. Nitric Oxide Dimers; C. Sym- and Asym- Dinitrogen Trioxides; D. Other Species and Summary; III. Inorganic Halide Systems; A. Halo-Bismuthates and Antimonates; B. X3 Ions; C. Polyhalides; IV. Potential Energy Functions and Surfaces; A. Introduction; B. Ring Molecules; C. Molecular Torsions; V. A Phase Dependent Study of 1 3-Disilacyclobutane; VI. Raman Difference Spectroscopy; A. Methods and Theory; B. Aqueous Nitrate Solutions
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C. Isotopic Dilution StudiesVII. Conclusion; References; Chapter 6. Theory of Laser-Stimulated Surface Processes: Master Equation Approach; I. Introduction; II. General formalism for system subjected to external time-dependent field; III. Processes involving one electronic state (IR laser); A. Desorption; B. Diffusion; IV. Processes involving two electronic states (UV/visible laser); V. Discussion; Appendix. A Model for Electronic Processes; References
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English
Additional Edition:
ISBN 9971-966-17-4
Language:
English
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