M. Child. Dover Publications, Inc., Mineola, (1996)
Abstract
This is an introduction into scattering theory. Topics
include: classical scattering by a central force; quantum
scattering by a central force; elastic scattering phase
shifts; semi-classical elastic scattering; general theory of
inelastic collisions; quantum inelastic transition
probabilities; semi-classical models; the semi-classical
$S$-matrix; reactive scattering; continuum wave functions;
Green's Functions; semi-classical connection formulae; curve
crossing in the momentum representation, and elements of
classical mechanics. Emphasis is on the derivation of analytic
results.
%0 Book
%1 mchild74:collisions
%A Child, Mark S.
%C Mineola
%D 1996
%I Dover Publications, Inc.
%K chemistry classical mechanics physics quantum scattering semiclassical theory
%T Molecular Collision Theory
%X This is an introduction into scattering theory. Topics
include: classical scattering by a central force; quantum
scattering by a central force; elastic scattering phase
shifts; semi-classical elastic scattering; general theory of
inelastic collisions; quantum inelastic transition
probabilities; semi-classical models; the semi-classical
$S$-matrix; reactive scattering; continuum wave functions;
Green's Functions; semi-classical connection formulae; curve
crossing in the momentum representation, and elements of
classical mechanics. Emphasis is on the derivation of analytic
results.
%Z Republication of the 1984 corrected edition. Originally published in 1974 as volume 4 of the Theoretical Chemistry series, Academic Press, London.
@book{mchild74:collisions,
abstract = {This is an introduction into scattering theory. Topics
include: classical scattering by a central force; quantum
scattering by a central force; elastic scattering phase
shifts; semi-classical elastic scattering; general theory of
inelastic collisions; quantum inelastic transition
probabilities; semi-classical models; the semi-classical
$S$-matrix; reactive scattering; continuum wave functions;
Green's Functions; semi-classical connection formulae; curve
crossing in the momentum representation, and elements of
classical mechanics. Emphasis is on the derivation of analytic
results.},
added-at = {2013-03-23T15:31:55.000+0100},
address = {Mineola},
annote = {Republication of the 1984 corrected edition. Originally published in 1974 as volume 4 of the \emph{Theoretical Chemistry} series, Academic Press, London.},
author = {Child, Mark S.},
biburl = {https://www.bibsonomy.org/bibtex/24b6d3624d8d5d61b9cdd3720b1df985e/drmatusek},
interhash = {cf4022de711e5e1d9b8db721a98d16ab},
intrahash = {4b6d3624d8d5d61b9cdd3720b1df985e},
keywords = {chemistry classical mechanics physics quantum scattering semiclassical theory},
publisher = {Dover Publications, Inc.},
timestamp = {2013-03-23T15:31:55.000+0100},
title = {Molecular Collision Theory},
year = 1996
}