A “molecular dynamics” computer simulation of liquid CH2Cl2 and CHCl3 has revealed a time dependence of the simple kinetic energy correlation function 〈v^2(O)J^2(t)〉/(〈v^2(O)〉〈J^2(O)〉) where is the c. of m. linear velocity and the molecular momentum. This is constant at unity for all t in conventional analytical theory, which is therefore in need of development. The variates and are not Gaussian during the approach to equilibrium
Results are presented for the transverse current correlation functions and their spectra obtained by...
Author Institution: Scientific Laboratory, Ford Motor CompanyThe time dependence of the rotational c...
<p>(A) The correlation of the average rotational velocities of the χ angles of the 17 amino acids th...
A \u201cmolecular dynamics\u201d computer simulation of liquid CH2Cl2 and CHCl3 has revealed a time ...
The overall consistency of experimentally available correlation times for liquid CH2Cl2 is tested wi...
The technique of computer simulation is used to compute some molecular dynamical properties of liqui...
In paper I of this series, a molecular dynamics (MD) Study of liquid chlorine was performed, and it ...
Division of Applied Sciences, Anna University, Madras Institute of Technology, Chromepet, Madras-600...
The extended Navier-Stokes theory accounts for the coupling between the translational and rotational...
The extended Navier-Stokes theory accounts for the coupling between the translational and rotational...
We present a detailed analysis of the molecular kinetics of CHCl3 in a range of temperatures coverin...
In this paper we present the results of model calculations on the rotational motion of linear molecu...
An operational definition of collective cage variables previously introduced for liquid argon is ext...
We used molecular dynamics computer simulations to test an approximate scaling principle that conjec...
Extensive molecular dynamics simulations of liquid sodium have been carried out to evaluate correlat...
Results are presented for the transverse current correlation functions and their spectra obtained by...
Author Institution: Scientific Laboratory, Ford Motor CompanyThe time dependence of the rotational c...
<p>(A) The correlation of the average rotational velocities of the χ angles of the 17 amino acids th...
A \u201cmolecular dynamics\u201d computer simulation of liquid CH2Cl2 and CHCl3 has revealed a time ...
The overall consistency of experimentally available correlation times for liquid CH2Cl2 is tested wi...
The technique of computer simulation is used to compute some molecular dynamical properties of liqui...
In paper I of this series, a molecular dynamics (MD) Study of liquid chlorine was performed, and it ...
Division of Applied Sciences, Anna University, Madras Institute of Technology, Chromepet, Madras-600...
The extended Navier-Stokes theory accounts for the coupling between the translational and rotational...
The extended Navier-Stokes theory accounts for the coupling between the translational and rotational...
We present a detailed analysis of the molecular kinetics of CHCl3 in a range of temperatures coverin...
In this paper we present the results of model calculations on the rotational motion of linear molecu...
An operational definition of collective cage variables previously introduced for liquid argon is ext...
We used molecular dynamics computer simulations to test an approximate scaling principle that conjec...
Extensive molecular dynamics simulations of liquid sodium have been carried out to evaluate correlat...
Results are presented for the transverse current correlation functions and their spectra obtained by...
Author Institution: Scientific Laboratory, Ford Motor CompanyThe time dependence of the rotational c...
<p>(A) The correlation of the average rotational velocities of the χ angles of the 17 amino acids th...