Phases serve to isolate species. To change phases, species have to transfer across a membrane. Transfer through biological membranes involves several mechanisms that accounts inter alia on the size and polarity of the species. Dedicated carriers activate the transfer of molecules for which simple diffusion is inefficient. Within a phase, species diffuse. In the simplest context, the diffusion of a species is to be traced to a main driving force. However, in general, several driving forces collaborate, or compete, to move particles in the diffusion process. Depending on the boundary conditions, these couplings may give rise to quite typical flows
Biological processes take place far away from equilibrium and are of interest to uncover the basic p...
The mass transfer processes involved in transporting materials from the bulk feed solution through t...
The interior of living cells is a complex, crowded environment, composed of a large number of molecu...
Nowadays membrane filtration processes are used industrially as an alternative to conventional separ...
The generalized Stokes-Einstein equation is used, together with the two-dimensional pressure equatio...
By definition, diffusion is the action to spread a given property i.e. a physical quantity (mass, en...
By definition, diffusion is the action to spread a given property i.e. a physical quantity (mass, en...
AbstractCell based transport properties have been mathematically addressed. Cell contained cross bou...
The imagination has been fired by the idea that biological mem- branes might be Z-dimensional fluid....
This review provides a manual which enables the reader to perform calculations on the rate with whic...
Following the presentation of historical concepts associated with diffusion, the recent experiments ...
Abstract. Diffusion theory explains in physical terms how materials move through a medium, e.g. wate...
Nowadays membrane filtration processes are used industrially as an alternative to conventional separ...
Introduction. The description of ionic movement through biological membranes is an old topic, nearly...
The generalized Stokes-Einstein equation is used, together with the two-dimensional pressure equatio...
Biological processes take place far away from equilibrium and are of interest to uncover the basic p...
The mass transfer processes involved in transporting materials from the bulk feed solution through t...
The interior of living cells is a complex, crowded environment, composed of a large number of molecu...
Nowadays membrane filtration processes are used industrially as an alternative to conventional separ...
The generalized Stokes-Einstein equation is used, together with the two-dimensional pressure equatio...
By definition, diffusion is the action to spread a given property i.e. a physical quantity (mass, en...
By definition, diffusion is the action to spread a given property i.e. a physical quantity (mass, en...
AbstractCell based transport properties have been mathematically addressed. Cell contained cross bou...
The imagination has been fired by the idea that biological mem- branes might be Z-dimensional fluid....
This review provides a manual which enables the reader to perform calculations on the rate with whic...
Following the presentation of historical concepts associated with diffusion, the recent experiments ...
Abstract. Diffusion theory explains in physical terms how materials move through a medium, e.g. wate...
Nowadays membrane filtration processes are used industrially as an alternative to conventional separ...
Introduction. The description of ionic movement through biological membranes is an old topic, nearly...
The generalized Stokes-Einstein equation is used, together with the two-dimensional pressure equatio...
Biological processes take place far away from equilibrium and are of interest to uncover the basic p...
The mass transfer processes involved in transporting materials from the bulk feed solution through t...
The interior of living cells is a complex, crowded environment, composed of a large number of molecu...