Two methods to calculate corrected collective diffusion coefficients in zeolites are compared. The meaning of the center-of-mass coordinate that occurs in the usual Einstein expression for the corrected diffusivity is discussed. The use of unfolded particle trajectories in the expression is shown to be only valid for periodic systems and only if the entire box is taken as the control volume. A wave vector-dependent Einstein expression is derived, equivalent to the Green–Kubo form that was derived in an earlier study [J. Chem. Phys. 113, 6875 (2000)]. The box size dependence of the diffusivities calculated from the usual Einstein equation is reproduced for small k-values when the new expression is applied to a large box
In a recent paper, Philip [1994] proposed the solutions of the advective-dispersion equation (ADE) i...
The classical Einstein’s relation for the Brownian migration has a mesoscopic character and it deter...
Einstein and others derived the reciprocal dependence of the self-diffusivity D on the solute radius...
Two methods to calculate corrected collective diffusion coefficients in zeolites are compared. The m...
In a recent article, Nagumo et al. proposed a method to obtain slow diffusivity, D, at low temperatu...
In a recent article, Nagumo et al.proposed a method to obtain slow diffusivity, D, at low temperatur...
We present a detailed derivation of the closed-form expression for the diffusion coefficient that wa...
The Maxwell–Stefan (MS) equations have been extensively used to describe mixture diffusion in zeo-li...
The reason Mehaffey and Cukier did not obtain the hydrodynamic Stokes-Einstein relation for the diff...
In the article "Diffusion Under Pore Saturaton Conditions", Lettat et al. (1) presents a model to de...
The Maxwell-Stefan (M-S) diffusivities D<sub>i</sub> of a variety of gases (He, Ne, Ar, Kr, H<sub>2<...
The diffusivity, mobility and limitations of the Einstein relation are discussed by means of two ped...
We rationalize diffusion in solids on the basis of a differential equation of balance expressing con...
Einstein and others derived the reciprocal dependence of the self-diffusivity D on the solute radius...
Molecular dynamics simulations have been carried out at room temperature on spherical monatomic sorb...
In a recent paper, Philip [1994] proposed the solutions of the advective-dispersion equation (ADE) i...
The classical Einstein’s relation for the Brownian migration has a mesoscopic character and it deter...
Einstein and others derived the reciprocal dependence of the self-diffusivity D on the solute radius...
Two methods to calculate corrected collective diffusion coefficients in zeolites are compared. The m...
In a recent article, Nagumo et al. proposed a method to obtain slow diffusivity, D, at low temperatu...
In a recent article, Nagumo et al.proposed a method to obtain slow diffusivity, D, at low temperatur...
We present a detailed derivation of the closed-form expression for the diffusion coefficient that wa...
The Maxwell–Stefan (MS) equations have been extensively used to describe mixture diffusion in zeo-li...
The reason Mehaffey and Cukier did not obtain the hydrodynamic Stokes-Einstein relation for the diff...
In the article "Diffusion Under Pore Saturaton Conditions", Lettat et al. (1) presents a model to de...
The Maxwell-Stefan (M-S) diffusivities D<sub>i</sub> of a variety of gases (He, Ne, Ar, Kr, H<sub>2<...
The diffusivity, mobility and limitations of the Einstein relation are discussed by means of two ped...
We rationalize diffusion in solids on the basis of a differential equation of balance expressing con...
Einstein and others derived the reciprocal dependence of the self-diffusivity D on the solute radius...
Molecular dynamics simulations have been carried out at room temperature on spherical monatomic sorb...
In a recent paper, Philip [1994] proposed the solutions of the advective-dispersion equation (ADE) i...
The classical Einstein’s relation for the Brownian migration has a mesoscopic character and it deter...
Einstein and others derived the reciprocal dependence of the self-diffusivity D on the solute radius...