Add to ORKGAn approach for calculating transport properties based on the realization of idea of time-scale invariance of relaxation processes in liquids by Zwanzig-Mori memory function formalism was discussed. The approach was tested on Lennard-Jones (LJ) liquids. The diffusion coefficients of LJ liquids were calculated for a wide range of densities and temperatures. The results obtained were compared with the predictions of other theories and the molecular dynamics data
The authors report exhaustive calculations of the density and temperature dependences of the time ev...
The Enskog theory for the self-diffusion coefficient for fluids with continuous potentials, such as ...
The Enskog theory for the self-diffusion coefficient for fluids with continuous potentials, such as ...
An approach for calculating transport properties based on the realization of idea of time-scale inva...
An approach for calculating transport properties based on the realization of idea of time-scale inva...
An approach for calculating transport properties based on the realization of idea of time-scale inva...
We report the results of the numerical estimation of statistical memory effects in diffusion for two...
We report the results of the numerical estimation of statistical memory effects in diffusion for two...
We report the results of the numerical estimation of statistical memory effects in diffusion for two...
We report the results of the numerical estimation of statistical memory effects in diffusion for two...
Self-consistent mode-coupling theory(MCT) has been used to calculate the time-dependent diffusion co...
Self-consistent mode-coupling theory (MCT) has been used to calculate the time-dependent diffusion c...
Expressions for the selfdiffusion coefficient have been obtained using the memory function formalism...
We used molecular dynamics computer simulations to test an approximate scaling principle that conjec...
We have used theoretical values of the sum rules in the information theory for the transport coeffic...
The authors report exhaustive calculations of the density and temperature dependences of the time ev...
The Enskog theory for the self-diffusion coefficient for fluids with continuous potentials, such as ...
The Enskog theory for the self-diffusion coefficient for fluids with continuous potentials, such as ...
An approach for calculating transport properties based on the realization of idea of time-scale inva...
An approach for calculating transport properties based on the realization of idea of time-scale inva...
An approach for calculating transport properties based on the realization of idea of time-scale inva...
We report the results of the numerical estimation of statistical memory effects in diffusion for two...
We report the results of the numerical estimation of statistical memory effects in diffusion for two...
We report the results of the numerical estimation of statistical memory effects in diffusion for two...
We report the results of the numerical estimation of statistical memory effects in diffusion for two...
Self-consistent mode-coupling theory(MCT) has been used to calculate the time-dependent diffusion co...
Self-consistent mode-coupling theory (MCT) has been used to calculate the time-dependent diffusion c...
Expressions for the selfdiffusion coefficient have been obtained using the memory function formalism...
We used molecular dynamics computer simulations to test an approximate scaling principle that conjec...
We have used theoretical values of the sum rules in the information theory for the transport coeffic...
The authors report exhaustive calculations of the density and temperature dependences of the time ev...
The Enskog theory for the self-diffusion coefficient for fluids with continuous potentials, such as ...
The Enskog theory for the self-diffusion coefficient for fluids with continuous potentials, such as ...