Some results on the classical mechanics of anharmonic vibrations in several-dimensional systems are summarized, and their relation to unimolecular reaction rate theory and to infrared multiphoton dissociation of molecules is discussed. Quantum connections are considered using semiclassical theory
A method is devised to calculate eigenvalues semiclassically for an anharmonic system whose two unpe...
The semiclassical theory of infrared vibrational intensities is extended and applied to multidimensi...
The method is devised to calculate eigenvalues semiclassically for an anharmonic system whose two un...
Some results on the classical mechanics of anharmonic vibrations in several-dimensional systems are ...
Some results on the classical mechanics of anharmonic vibrations in several-dimensional systems are ...
The present paper describes results on modes of anharmonically coupled oscillators in a molecule, th...
We consider the distinguishing features of two main types of classical anharmonic motion in molecule...
The nature of molecular vibrational states at low and high energies has been studied both classical...
The nature of molecular vibrational states at low and high energies has been studied both classical...
The nature of molecular vibrational states at low and high energies has been studied both classical...
$^{1}$ D. W. Noid, M. L. Koszykowski, and R. A. Marcus, J. Chem. Phys. 67, 404 (1977). $^{2}$ D. W. ...
Intramolecular vibrational energy transfer is the subject of much current experimental and theoretic...
Vibrational classical trajectories of anharmonic molecules are used here to obtain the classical vib...
The extent and rate of intramolecular energy transfer play a role in a variety of problems in chemic...
Part I. Dynamics of Energized Harmonic Molecules: The classical equations of motion of some ben...
A method is devised to calculate eigenvalues semiclassically for an anharmonic system whose two unpe...
The semiclassical theory of infrared vibrational intensities is extended and applied to multidimensi...
The method is devised to calculate eigenvalues semiclassically for an anharmonic system whose two un...
Some results on the classical mechanics of anharmonic vibrations in several-dimensional systems are ...
Some results on the classical mechanics of anharmonic vibrations in several-dimensional systems are ...
The present paper describes results on modes of anharmonically coupled oscillators in a molecule, th...
We consider the distinguishing features of two main types of classical anharmonic motion in molecule...
The nature of molecular vibrational states at low and high energies has been studied both classical...
The nature of molecular vibrational states at low and high energies has been studied both classical...
The nature of molecular vibrational states at low and high energies has been studied both classical...
$^{1}$ D. W. Noid, M. L. Koszykowski, and R. A. Marcus, J. Chem. Phys. 67, 404 (1977). $^{2}$ D. W. ...
Intramolecular vibrational energy transfer is the subject of much current experimental and theoretic...
Vibrational classical trajectories of anharmonic molecules are used here to obtain the classical vib...
The extent and rate of intramolecular energy transfer play a role in a variety of problems in chemic...
Part I. Dynamics of Energized Harmonic Molecules: The classical equations of motion of some ben...
A method is devised to calculate eigenvalues semiclassically for an anharmonic system whose two unpe...
The semiclassical theory of infrared vibrational intensities is extended and applied to multidimensi...
The method is devised to calculate eigenvalues semiclassically for an anharmonic system whose two un...