We consider the distinguishing features of two main types of classical anharmonic motion in molecules, their quantum parallels, and conditions that classical chaos also be sufficient for “quantum chaos”. Implications are considered for experimental reaction rates, R.R.K.M. theory, spectra and a possible type of system for intramolecular laser-selective chemistry. A theory of intramolecular energy transfer between two ligands of a heavy atom is described for a system which may contain many coordinates. It is partly statistical and, for the modes of each ligand which communicate through the heavy atom, dynamical
The present paper describes results on modes of anharmonically coupled oscillators in a molecule, th...
Quantum and classical vibrational energy transfer between two ligands separated by a heavy atom are ...
Quantum and classical vibrational energy transfer between two ligands separated by a heavy atom are ...
Intramolecular vibrational energy transfer is the subject of much current experimental and theoretic...
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 ...
Some results on the classical mechanics of anharmonic vibrations in several-dimensional systems are ...
There are many experiments which are related to intramolecular energy transfer. Initially, they invo...
The extent and rate of intramolecular energy transfer play a role in a variety of problems in chemic...
The dynamics of a collection of seven Morse or harmonic oscillators are investigated to model a mole...
The dynamics of a collection of seven Morse or harmonic oscillators are investigated to model a mole...
The dynamics of a collection of seven Morse or harmonic oscillators are investigated to model a mole...
The role of chaotic and quasiperiodic behavior of isolated molecules is discussed. The quantum analo...
The role of chaotic and quasiperiodic behavior of isolated molecules is discussed. The quantum analo...
The role of chaotic and quasiperiodic behavior of isolated molecules is discussed. The quantum analo...
The present paper describes results on modes of anharmonically coupled oscillators in a molecule, th...
Quantum and classical vibrational energy transfer between two ligands separated by a heavy atom are ...
Quantum and classical vibrational energy transfer between two ligands separated by a heavy atom are ...
Intramolecular vibrational energy transfer is the subject of much current experimental and theoretic...
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 ...
Some results on the classical mechanics of anharmonic vibrations in several-dimensional systems are ...
There are many experiments which are related to intramolecular energy transfer. Initially, they invo...
The extent and rate of intramolecular energy transfer play a role in a variety of problems in chemic...
The dynamics of a collection of seven Morse or harmonic oscillators are investigated to model a mole...
The dynamics of a collection of seven Morse or harmonic oscillators are investigated to model a mole...
The dynamics of a collection of seven Morse or harmonic oscillators are investigated to model a mole...
The role of chaotic and quasiperiodic behavior of isolated molecules is discussed. The quantum analo...
The role of chaotic and quasiperiodic behavior of isolated molecules is discussed. The quantum analo...
The role of chaotic and quasiperiodic behavior of isolated molecules is discussed. The quantum analo...
The present paper describes results on modes of anharmonically coupled oscillators in a molecule, th...
Quantum and classical vibrational energy transfer between two ligands separated by a heavy atom are ...
Quantum and classical vibrational energy transfer between two ligands separated by a heavy atom are ...