Note: Supplemental materials are not guaranteed with Rental or Used book purchases.
Purchase Benefits
What is included with this book?
Preface | p. ix |
Committees | p. xi |
Sponsors and Group Photo | p. xii |
Welcome to the 20th International Conference on Spectral Line Shapes | p. xiii |
Neutral Atom Line Shapes | |
Unified Classical Path Impact Theory for Velocity-Change Effects in Isolated Spectral Lines | p. 1 |
Theories, Experiments, and Simulations of Spectral Line Shapes: Pitfalls in the Network | p. 6 |
Baranger Theory Revisited | p. 14 |
Broadening and Shifting of 88Sr Intercombination Clock Transitions Induced by Collisions with Rare Gases | p. 24 |
Relativistic Hyperfine Structure Spectral Lines and Atomic Parity Nonconservation Effect in Heavy Atomic Systems within QED Theory | p. 29 |
Influence of Ground-state Scattering Properties on Photoassociation Spectra Near the Intercombination Line of Bosonic Ytterbium | p. 34 |
Estimation of Van der Waals Broadening Coefficients | p. 39 |
High and Low Temperature/Density Plasmas | |
Spectroscopic Measurements of Radio Frequency Plasmas in Supercritical Fluids | p. 44 |
Improved Frequency Fluctuation Model for Spectral Line Shape Calculations in Fusion Plasmas | p. 53 |
Modeling of Hydrogen Line Shapes for the Diagnostic of ITER | p. 63 |
Stark Profiles in Plasmas Interacting with a Strong Oscillatory Quasi-monochromatic Electric Field | p. 68 |
On Production Mechanisms for Balmer Line Radiation from 'Cold' Atomic Hydrogen and Deuterium in Fusion Edge Plasmas | p. 79 |
Modeling of Coherence Effects on Spectral Line Formation Using the Quantum Phase Space Formalism | p. 89 |
The Auger (Autoionization) Decay of Excited States in Spectra of Multicharged Ions: Relativistic Theory | p. 94 |
Quantum-Statistical T-Matrix Approach to Line Broadening of Hydrogen in Dense Plasmas | p. 99 |
Revisiting the Stark Broadening by Fluctuating Electric Fields Using the Continuous Time Random Walk Theory | p. 104 |
Molecular Line Shapes | |
Spectroscopic Line Parameters in the Infrared Bands of CH3CN and C2H6 | p. 109 |
Line Shape Modeling by Current Semiclassical Approaches | p. 119 |
Potential Energy Surfaces for C2H2-X Systems and Quantum Collisional Line Broadening | p. 128 |
Double Raman Scattering in Gas Mixtures | p. 137 |
On the Way to Complex Robert-Bonamy Calculations of Self-, Nitrogen, Oxygen, and Air-Broadened Line Shape Parameters of CO2 | p. 142 |
Techniques for Handling Channeling in High Resolution Fourier Transform Spectra Recorded with Synchrotron Sources | p. 147 |
Spectral Line Shapes: Fully Quantal or Semiclassical? | p. 153 |
The Importance of Trajectory Models in Complex Robert-Bonamy Formalism Calculations: Application to the Rotational Band of H2O Broadened by N2, O2, and Air | p. 160 |
Measurements of Line Intensities for Some Lines of Ammonia in the v2, 2v2 and v4 Bands | p. 164 |
Application of Precise Line Shape Measurements to Determine the Vapor Pressure of Ice in the Temperature Range from 0 to -70°C | p. 169 |
CRDS Investigation of Line Shapes and Intensities of the Oxygen B-band Transitions at Low Pressures | p. 174 |
Width and Shift Coefficients in O2-Broadened CO2: Bands at 6227 and 6348 cm-1 Using a Constrained Multispectrum Analysis | p. 179 |
Spectral Line Parameters for the v9 Band of Ethane | p. 184 |
Line Shape Study of R-Branch Transitions in the v1+v2+v4+v5 Band of Acetylene over a Range of Temperatures | p. 189 |
Innovative Techniques for Line Shape Measurement and Analysis | |
Collisional Effects on Quantum Cascade Laser Induced Molecular Alignment | p. 194 |
Frequency-Stabilized Cavity Ring-Down Spectroscopy with a PDH Locked Laser | p. 204 |
HCN Absorption Line Shapes Studied by Millimeter Wave Coherent Transients: Speed Dependent Effects and Collision Interaction Potential | p. 209 |
Spectral Line Shape Problem in the Spectroscopic Determination of the Boltzmann Constant | p. 214 |
Collision-Induced Spectra: Atomic and Molecular Interactions | |
Collision-induced Absorption at Temperatures of Thousands of Kelvin, from First Principles, for Astrophysical Applications | p. 219 |
Quasimolecular Absorption of Xe+He and Kr+He Collision Pairs | p. 231 |
Radiative Transitions and Lifetimes of Loosely Bound He(21S)-Ne Molecules. Temperature Dependences | p. 235 |
Calculation of Interaction-induced Spectra Using Complex Absorbing Potentials | p. 240 |
Analysis of the CIA Spectra of the Second Overtone Band of D2 at 77K | p. 245 |
Collision-induced Absorption by Supermolecular Complexes from a New Potential Energy and Induced Dipole Surface, Suited for Calculations up to Thousands of Kelvin | p. 251 |
Laser Fields | |
QED Energy Approach to Atoms and Nuclei in a Strong Laser Field: Radiation Lines | p. 258 |
The Green's Functions and Density Functional Approach to Vibrational Structure in the Photoelectron Spectra for Molecules | p. 263 |
Spectroscopy of Cooperative Laser-electron Nuclear Processes in Diatomic and Multiatomic Molecules | p. 269 |
Technical Physics | |
Aromaticity Parameters in Asphalt Binders Calculated from Profile Fitting X-ray Line Spectra Using Pearson VII and Pseudo-Voigt Functions | p. 274 |
X-ray Diffraction Spectra in Cu-implanted SiO2 Films on Si(100) Substrates | p. 279 |
Ortho-para Conversion of H2 in Crystalline Silicon | p. 284 |
Brillouin Spectroscopy | |
Line Shapes in Brillouin Spectroscopy: The ôPlateletö Scattering Geometry | p. 289 |
Dedication to Lothar Frommhold's Life's Work in Spectroscopic Theory | |
Career Achievements of Professor Lothar Frommhold | p. 294 |
Author Index | p. 301 |
Table of Contents provided by Ingram. All Rights Reserved. |
The New copy of this book will include any supplemental materials advertised. Please check the title of the book to determine if it should include any access cards, study guides, lab manuals, CDs, etc.
The Used, Rental and eBook copies of this book are not guaranteed to include any supplemental materials. Typically, only the book itself is included. This is true even if the title states it includes any access cards, study guides, lab manuals, CDs, etc.