World Scientific
Skip main navigation

Cookies Notification

We use cookies on this site to enhance your user experience. By continuing to browse the site, you consent to the use of our cookies. Learn More
×

System Upgrade on Tue, May 28th, 2024 at 2am (EDT)

Existing users will be able to log into the site and access content. However, E-commerce and registration of new users may not be available for up to 12 hours.
For online purchase, please visit us again. Contact us at customercare@wspc.com for any enquiries.
No Access

Multiphoton Processes

Proceedings of the Sixth International Conference
    https://doi.org/10.1142/9789814534987Cited by:0 (Source: Crossref)
    Abstract:

    The Table of Contents for the book is as follows:

    • Highlights From the Sixth International Conference on Multiphoton Processes

    • Recollections About Multiphoton Processes

    • Two-electron Atoms in Intense, Short Laser Pulses

    • Proof of Two-Electron Mechanism of Ba2+ Creation at the Ionization in Infra-Red Spectral Region

    • Calculations of Population Transfer During Intense Laser Pulses

    • Energy and Angular Distribution of Electrons in Tunnel Ionization of Atoms

    • Multiphoton Realization of SU(2) Algebra in Jaynes-Cummings Model

    • Multiphoton and Tunnel Ionization by an Optical Field with Polar Asymmetry

    • Light-Field Induced Radiative Correction to the Rutherford Formula for Coulomb Scattering

    • Multiphoton Detachment by Elliptically Polarized Laser Wave in Presence of Uniform Static Electric Field

    • Interaction of Charges Produced in Multiphoton Ionization of Low-Pressure Gas

    • Analytical Treatment of Atomic Ionization by Intense, Ultrashort Laser Pulses

    • Interaction of An Ultra Strong Laser Field with a Low Pressure Gaseous Target

    • Two Photon K-Shell Ionization of Chlorine Multiphoton Physics with X-Rays

    • Relativistic Photoionization With Circularly Polarized Light

    • Field-Induced Broadening of the High-Intensity Thomson Scattering Spectrum

    • Laser-Assisted Electron Scattering by a One-Dimensional δ-Potential

    • Quantum-Mechanical Theory for Multiphoton Processes Under Slow Collisions of Atoms in Terms of Quasimolecular Model Potentials

    • Potential Scattering of Electrons in a Bichromatic Laser Field of Freqences ω and 2ω or ω and 3ω

    • Four-Electron Atom in An Intense Laser Field

    • Artificial Double Peak Formation During High Field Ionization of Ar

    • Many-Body Processes on Atoms in a Strong Laser Field

    • Hard X-ray Emission and Nuclear Reactons Stimulated by the Laser Field of Relativistic Intensity

    • Theory of Nonlinear Interaction of Atoms With High Intensity Laser Pulses

    • Time Dependent Studies of Multiphoton Processes

    • Multiphoton Ionization in the R-matrix-Floquet Theory

    • Shelving of Population in Rydberg Wave Packets by Power Broadening

    • Relativistic Self-Focusing of An Ultra Intense Laser Pulse in a Plasma

    • Inelastic Electron-Hydrogen Atom Collision in a Laser Field

    • Spectral Shifting of Intense Picosecond Laser Pulses in Dense Gases

    • Comparison of Quasiclassical and Exact Dipole Moments for Bound-Free Transitions in Hydrogen

    • Observations of Interferences Between Optical Interactions

    • Laser Isotope Separation of Zirconium

    • Quantum Control and Experimental Realities

    • Laser Induced Molecular Formation (LIMF)

    • V → E Energy Transfer in Ethylene and Alkali Gas Mixtures Using IR Multiphoton Excitation

    • Enrichment of 13C by IRMPD of CF2HCl

    • Multiphoton Ionization Studies of UF6 and WF6

    • Rotationally Resolved 2 + 1-REMPI Spectroscopy of Hot CF Radicals

    • Bimolecular Multiphoton Processes

    • Adiabatic Stablization

    • Stabilization of Atoms in Strong Electromagnetic Field from a Classical Perspective

    • Stabilization From the Tunneling Limit to the Kramers-Henneberger Limit

    • Photoionization of Rydberg Atoms—Strong-Field Quasiclassical Theory

    • Effect of Rotations on Molecular Stabilization in High Intensity Photodissociation of

    • Studies of High Harmonic Generation at High Intensities

    • On the Spatial and Spectral Coherence of the High Harmonics

    • Laser Induced and Controlled Continuum Structure in the Vicinity of Autoionizing Resonances

    • Phase Control of Harmonic Generation

    • Harmonic Generation by N-Level Systems

    • High-order Harmonic Generation in Helium With a Femtosecond Ti:Sapphire Laser

    • Higher Harmonic Generation From a Metal Surface in a Powerful Laser Field

    • Where is the Harmonic Generation Cutoff?

    • High Harmonic Generation and the Two-level Atom

    • Super-dressed Two-level Atom: Very High Harmonic Generation and Multi-resonances

    • High-order Harmonic Generation and Propagation

    • Harmonic Generation From Stabilized Atoms

    • High-order Harmonic Generation and Bound-Bound Transitions

    • High Harmonic Generation and Correlated Two-Electron Multiphoton Ionization With Elliptically Polarized Light

    • High-order Harmonic Generation in Argon By Elliptically Polarized Picosecond Dye Laser Pulses

    • Spatial Profiles of High Order Harmonics Generated by a Short Pulse LiSAF Laser System

    • Multielectron Dissociative Ionization of Simple Molecules in Intense Laser Fields

    • Multiphoton Ionization and Dissociation of Molecules in Strong Laser Fields

    • Spatial Imaging of Photoelectrons Formed in Strong Fields

    • Quantum Electrodynamics of Resonance Scattering of Intense Short-wave Laser Radiation by Diatomic Molecules

    • Molecules in Strong Laser Fields: Why Are the Fragments Aligned?

    • Quasi-Coulomb Explosion Model of Multiply Ionized Diatoms

    • Aborbing Boundary Conditions in Wavepacket Dynamics of Laser Driven Molecules

    • Laser Control of Molecular Processes: Resonant Excitation in a Thermal Environment

    • Strong Field Coherent Control

    • Control of Ring Puckering Isomerization by Intense Nonstationary Laser Field

    • Coherent Phase Control of the Photodissociation of HOD

    • Multiphoton Detachment of Negative Ions

    • Computer Experiments on Two-electron Systems in Intense Laser Fields

    • Detachment of H- in Intense Laser Fields

    • Double Photoionization of Helium in a Quasi-classical Formalism

    • Short-Pulse Detachment of H- in the Presence of a Static Electric Field

    • Two-Electron Wavefunctions for Model Helium

    • Harmonic Generation From a Two-Electron System

    • A Study of Multiphoton Ionization of Mg in the Wavelength Region of 300nm–214nm

    • Multiphoton Ionization of Magnesium and Covariance Mapping

    • Radiation Amplification and Third Harmonic Generation Through Autoionizing Resonances in Ca by Three-Photon Pumping

    • Manipulation of the Line-Shape and Final Products of Autoionization Through the Phase of the Electric Fields

    • Radiation Amplification Through Autoionizing Resonances Formed by Laser Assisted Dielectronic Recombination in He

    • Limits on High-Order Harmonic Generation from Single-Atom Calculations

    • High Order Harmonic Generation in an Ionising Medium

    • Harmonic Generation and Ionization by Ultrashort KrF and Ti:Sapphire Lasers

    • High-Order Harmonics Emitted from Low-Density Gas Targets

    • Stabilization: The Experiment

    • Evolution During Intense Pulses

    • An Extra Series of ATI Peaks From MPI of Atomic Hydrogen

    • Experimental Study of Tunnel Ionization of Atoms and Simple Molecules by an Intense CO2 Laser

    • From High Harmonics to Coherent Control of Strong Field Atomic Processes

    • Analysis of Laser-Assisted Above-Threshold Ionization in a Microwave Field

    • Time Independent Scattering Theory for Time Dependent Hamiltonians: ATI/ATD and HG Spectra

    • Multiphoton Science From Weak Fields to Ultra-Intense Laser Fields

    • What is the Maximal Stark Shift in the Variable Field?

    • Multiphoton X-Ray Generation From Clusters: Analysis of Energy Transfer Scaling

    back