Extensive molecular dynamics simulations have been carried out to calculate the orientational correlation\ud functions Cl(t), G(t) = [4n/(21 + l)]Ci=-l (Y*lm(sZ(0)) Ylm(Q(t))) (where Y,,(Q) are the spherical\ud harmonics) of point dipoles in a cubic lattice. The decay of Cl(t) is found to be strikingly different from\ud higher l-correlation functions-the latter do not exhibit diffusive dynamics even in the long time. Both the\ud cumulant expansion expression of Lynden-Bell and the conventional memory function equation provide very\ud good description of the Cl(t) in the short time but fail to reproduce the observed slow, long time decay of\ud c1 (t)
A microscopic study of the non-Markovian (or memory) effects on the collective orientational relaxat...
A molecular theory of collective orientational relaxation of dipolar molecules in a dense liquid is ...
Several recent theoretical and computer simulation studies have considered solvation dynamics in a B...
Extensive molecular dynamics simulations have been carried out to calculate the orientational correl...
Extensive molecular dynamics simulations have been carried out to calculate the orientational correl...
Extensive Brownian dynamics simulations have been performed on a dipolar cubic lattice to study the ...
An important yet unsolved problem in the field of orientational relaxation in dipolar liquids is the...
Extensive Brownian dynamics simulations have been performed on a dipolar cubic lattice to study the ...
Dipolar systems, both liquids and solids, constitute a class of naturally abundant systems that are ...
In order to understand the role of translational modes in the orientational relaxation in dense dipo...
In order to understand the role of translational modes in the orientational relaxation in dense dipo...
In this article, both numerical and analytical studies of dielectric and orientational relaxation in...
A microscopic study of the non‐Markovian (or memory) effects on the collective orientational relaxat...
We have carried out a computer "experiment" of orientational relaxation in a spatially random and or...
We have carried out a computer "experiment" of orientational relaxation in a spatially random and or...
A microscopic study of the non-Markovian (or memory) effects on the collective orientational relaxat...
A molecular theory of collective orientational relaxation of dipolar molecules in a dense liquid is ...
Several recent theoretical and computer simulation studies have considered solvation dynamics in a B...
Extensive molecular dynamics simulations have been carried out to calculate the orientational correl...
Extensive molecular dynamics simulations have been carried out to calculate the orientational correl...
Extensive Brownian dynamics simulations have been performed on a dipolar cubic lattice to study the ...
An important yet unsolved problem in the field of orientational relaxation in dipolar liquids is the...
Extensive Brownian dynamics simulations have been performed on a dipolar cubic lattice to study the ...
Dipolar systems, both liquids and solids, constitute a class of naturally abundant systems that are ...
In order to understand the role of translational modes in the orientational relaxation in dense dipo...
In order to understand the role of translational modes in the orientational relaxation in dense dipo...
In this article, both numerical and analytical studies of dielectric and orientational relaxation in...
A microscopic study of the non‐Markovian (or memory) effects on the collective orientational relaxat...
We have carried out a computer "experiment" of orientational relaxation in a spatially random and or...
We have carried out a computer "experiment" of orientational relaxation in a spatially random and or...
A microscopic study of the non-Markovian (or memory) effects on the collective orientational relaxat...
A molecular theory of collective orientational relaxation of dipolar molecules in a dense liquid is ...
Several recent theoretical and computer simulation studies have considered solvation dynamics in a B...