At the same time, radial solute concentration fields are computed by solving the diffusion-reaction mass balances for the relevant soluble substrates in pseudo steady state.
This was pumped from a solute reservoir into the glass jacket surrounding the dialysis membrane.
Here we explore the properties of such vesicles, in particular their stability in the presence of ionic solutes, and their ability to capture functioning macromolecules.
All membranous boundary structures in contemporary forms of life incorporate a lipid bilayer as the primary barrier to free diffusion of solutes.
The finely woven mesh bags allowed the transfer of water and solutes, but contained the seeds.
Here a general derivation is given of the effective two-dimensional mixing process in a narrow gap for a solute or miscible fluids.
We ascertained this by carrying out a series of experiments with fluids containing different solutes, and hence different surface tensions, keeping all other parameters constant.
A parallel flow solution can be found for any given set of flow parameters and any given axial gradient of solute.
