Often, definite models for molecular motion do not exist or fail to give reasonable results. And, as an approximation, an exponential decay of correlation with a distribution of correlation times is used as the correlation function. Such distributions prove to be very useful, especially for polymers and polymer solutions
198 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2009.A more direct calculation usi...
Within the framework of Yvon·Born·Green approximation, time evolution equations for binary correlati...
We developed a new formulation and derived a set of equations for two-time correlation functions in ...
Accompanying a pending PRE submission. Here we present a novel time-dependent correlation method tha...
We propose an approximate method for calculating Kubo-transformed real-time correlation functions in...
In this thesis the dynamical behaviour of the atoms in a fluid or gas is studied with time dependent...
The dynamics of molecular weight distributions (MWDs) for polymer degradation is of interest to vari...
This thesis presents the ring polymer molecular dynamics (RPMD) approximation to the Kubo-transforme...
Single exponential decay exp(-t/tau) relationships, which define the molecular weight distribution (...
The method described by Futrelle and McGinty for the high speed computation of correlation functions...
Brownian dynamics simulations of the distribution of reaction times for Forster energy migration bet...
We present and analyze a general method to calculate time correlation functions from molecular dynam...
Mathematical expressions have been derived for NMR line width on the basis of the general theory of ...
Techniques typically used for studies of polymer dynamics such as NMR relaxometry, quasielastic neut...
The Ivanov-Anderson model (and an earlier treatment by Kubo) envisages a decay of the orientational ...
198 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2009.A more direct calculation usi...
Within the framework of Yvon·Born·Green approximation, time evolution equations for binary correlati...
We developed a new formulation and derived a set of equations for two-time correlation functions in ...
Accompanying a pending PRE submission. Here we present a novel time-dependent correlation method tha...
We propose an approximate method for calculating Kubo-transformed real-time correlation functions in...
In this thesis the dynamical behaviour of the atoms in a fluid or gas is studied with time dependent...
The dynamics of molecular weight distributions (MWDs) for polymer degradation is of interest to vari...
This thesis presents the ring polymer molecular dynamics (RPMD) approximation to the Kubo-transforme...
Single exponential decay exp(-t/tau) relationships, which define the molecular weight distribution (...
The method described by Futrelle and McGinty for the high speed computation of correlation functions...
Brownian dynamics simulations of the distribution of reaction times for Forster energy migration bet...
We present and analyze a general method to calculate time correlation functions from molecular dynam...
Mathematical expressions have been derived for NMR line width on the basis of the general theory of ...
Techniques typically used for studies of polymer dynamics such as NMR relaxometry, quasielastic neut...
The Ivanov-Anderson model (and an earlier treatment by Kubo) envisages a decay of the orientational ...
198 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2009.A more direct calculation usi...
Within the framework of Yvon·Born·Green approximation, time evolution equations for binary correlati...
We developed a new formulation and derived a set of equations for two-time correlation functions in ...