Here, we measured the permeability of the lens capsule by studying the diffusion of various molecular weight FITC-dextran molecules.
Diffusion of various metals including Ta, Cr, Cu and Ru, which are widely used in memory industry, was achieved at the interface through annealing under certain temperature.
The physical processes taken into account include simultaneous generation of vapor monomers by chemical reaction, aerosol coagulation, and convective diffusion of various species onto the thin-film surface.
The apparent coefficients of diffusion of various surface species were estimated from the variation of peak current with scan rate of potential.
Nevertheless, traditional polymeric membranes have demonstrated insufficient capability for CO2 removal because the performance of these membranes is primarily controlled by the diffusion of various gases based on their molecular sizes.
It has been declared that the effect on density relative to BFO film is loosen or attenuation is presented in the interface zone, which can be interpreted as a migration or diffusion of various atoms during the annealing.
