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Atoms and Molecules in Laser and External Fields
Modern development of lasers and other external fields are opening up new frontiers of science covering explorations in broad areas ranging from atomic, molecular and optical physics (AMOP) to nuclear fusion, high energy particle physics, even reaching as far as astrophysics and cosmology. With an ever-growing interest arising in ultra-intense laser and other external fields, Mohan comprises the covering the application of ultra-intense, ultra-short pulse lasers; Atoms, molecules and clusters; high-field chemistry, high-harmonic generation (HHG), X-ray generation by laser matter interactions and their applications, collisions in laser fields, relativistic particle generation and acceleration by super-strong laser plasma interactions.
Table of Contents
• Preface
• Placing Molecular Dynamics under Control with Photonic Reagents
• Experimental Investigation of the Optical Response of Nanostructured Metal Surfaces
• Attochemistry is Coming On
• Enhanced Optical Response in Multi-Atom Ensembles
• Atoms and Molecules in Strong, High-Frequency Fields
• Trapping Population Inside a Potential Well by Using Laser Field
• Photodissociation Polarization of Atomic Fragments
• Selective Control of Photodissociation in HOD
• Spin Dependent Currents in Intense-Field Single Photoionization
• Two-Photon X-Ray Transitions in Simple High-Z Atomic Systems
• Laser Spectroscopy and Epr Analysis of the Strong Ga Atoms/sio2 Surface Interaction
• 1s-2s Raman Transitions in Hydrogen-Like Atoms
• Molecular Dynamics in Intense Laser Fields
• Spectroscopic Study of Fano Interaction in Laser-Etched Silicon Nanostructures
• Application of the Activation Process Model to the Molecules, Positive Molecular Ions, Clusters and Proteins Surrounded of IR Laser Radiation
• The Second-Born Approximation in Electron-Helium Collisions in the Presence of a Laser Filed
• Observation of Dip in Rate of Ionization in a Discharge under Externally Applied Magnetic Field
• TL Study of CaxSr1 Eu Phosphors
• Laser Produced Spectrum of Zn2 Molecule in the 380450 nm Region
• Nonlinear Optics of Ultra-short Laser Cascades and Sliding Resonances
• Coherent Control of Population Transfer to Excited Vibrational-Rotational Levels by Stimulated Raman Processes
• Index.
Table of Contents
• Preface
• Placing Molecular Dynamics under Control with Photonic Reagents
• Experimental Investigation of the Optical Response of Nanostructured Metal Surfaces
• Attochemistry is Coming On
• Enhanced Optical Response in Multi-Atom Ensembles
• Atoms and Molecules in Strong, High-Frequency Fields
• Trapping Population Inside a Potential Well by Using Laser Field
• Photodissociation Polarization of Atomic Fragments
• Selective Control of Photodissociation in HOD
• Spin Dependent Currents in Intense-Field Single Photoionization
• Two-Photon X-Ray Transitions in Simple High-Z Atomic Systems
• Laser Spectroscopy and Epr Analysis of the Strong Ga Atoms/sio2 Surface Interaction
• 1s-2s Raman Transitions in Hydrogen-Like Atoms
• Molecular Dynamics in Intense Laser Fields
• Spectroscopic Study of Fano Interaction in Laser-Etched Silicon Nanostructures
• Application of the Activation Process Model to the Molecules, Positive Molecular Ions, Clusters and Proteins Surrounded of IR Laser Radiation
• The Second-Born Approximation in Electron-Helium Collisions in the Presence of a Laser Filed
• Observation of Dip in Rate of Ionization in a Discharge under Externally Applied Magnetic Field
• TL Study of CaxSr1 Eu Phosphors
• Laser Produced Spectrum of Zn2 Molecule in the 380450 nm Region
• Nonlinear Optics of Ultra-short Laser Cascades and Sliding Resonances
• Coherent Control of Population Transfer to Excited Vibrational-Rotational Levels by Stimulated Raman Processes
• Index.
184 pages, Hardcover
Published January 30, 2008
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