Sometimes, as in reactive systems, action‐angle variables are not conveniently defined at all points of the trajectory and recourse must be made to conventional coordinates. A simple canonical transformation converts the latter to coordinates of which one is time and the remainder are constant along the trajectory. The transformation serves to remove the singularities of the semiclassical wavefunction at the turning points of the trajectory. It yields, thereby, an integral expression for the S matrix by having produced wavefunctions which can be integrated over all space. The result supplements that of Paper III [R. A. Marcus, J. Chem. Phys. 56, 311 (1972)], which was derived for systems for which action‐angle variables could be defined thr...
A new approach is described to the evaluation of the S-matrix in three-dimensional atom-diatom react...
Semiclassical techniques have been widely used for describing the dynamics of molecular collisions. ...
AbstractThe semiclassical formula for the coherent-state propagator is written in terms of complex c...
Numerical results on the integral expression for the semiclassical S matrix are compared with exact ...
We calculate semiclassical S-matrix elements S_(mn) by numerical integration along complex-valued tr...
An integral semiclassical expression for the S matrix of inelastic and reactive collisions was formu...
The asymptotic evaluation of the integral representation for an S matrix element in a previously dev...
Semiclassical theory for bound states is discussed and a method is described for calculating the eig...
A canonical transformation is described for uniformizing the coordinates used in Paper I of this ser...
Methods are described which effectively solve two of the technical difficulties associated with appl...
Transition state theory (TST) approximates the reactive flux in an elementary chemical reaction by t...
The coordinates of earlier papers of this series are extended from linear collisions to reactions in...
Semiclassical approximations, simple as well as rigorous, are formulated in order to be able to desc...
Different approaches to the evaluation of the momentum flux integral in classical transition state t...
The semiclassical approach is one of the fundamental tools used to investigate and analyze heavy ion...
A new approach is described to the evaluation of the S-matrix in three-dimensional atom-diatom react...
Semiclassical techniques have been widely used for describing the dynamics of molecular collisions. ...
AbstractThe semiclassical formula for the coherent-state propagator is written in terms of complex c...
Numerical results on the integral expression for the semiclassical S matrix are compared with exact ...
We calculate semiclassical S-matrix elements S_(mn) by numerical integration along complex-valued tr...
An integral semiclassical expression for the S matrix of inelastic and reactive collisions was formu...
The asymptotic evaluation of the integral representation for an S matrix element in a previously dev...
Semiclassical theory for bound states is discussed and a method is described for calculating the eig...
A canonical transformation is described for uniformizing the coordinates used in Paper I of this ser...
Methods are described which effectively solve two of the technical difficulties associated with appl...
Transition state theory (TST) approximates the reactive flux in an elementary chemical reaction by t...
The coordinates of earlier papers of this series are extended from linear collisions to reactions in...
Semiclassical approximations, simple as well as rigorous, are formulated in order to be able to desc...
Different approaches to the evaluation of the momentum flux integral in classical transition state t...
The semiclassical approach is one of the fundamental tools used to investigate and analyze heavy ion...
A new approach is described to the evaluation of the S-matrix in three-dimensional atom-diatom react...
Semiclassical techniques have been widely used for describing the dynamics of molecular collisions. ...
AbstractThe semiclassical formula for the coherent-state propagator is written in terms of complex c...