✍ Scribed by Edward J. Nemeth; Edward B. Stuart
No coin nor oath required. For personal study only.
The mechanism of diffusion in an absorbent pore was studied by applying adsorption rate data to the Damköhler equation. Most of the data were taken in the multimolecular region of the nitrogen‐silica gel adsorption isotherm. Vapor‐phase and adsorbed‐phase contributions to the total transport were separated. Vapor‐phase transport increased with temperature and was most dominant at relative pressures of 0.4 to 0.6. Adsorbed‐phase diffusivities were of the order of 10^−2^ — 10^−3^ sq. cm./sec. and showed some dependence on the amount adsorbed at surface coverages greater than 1.5 molecular layers.
📜 SIMILAR VOLUMES
Models for the known glucose transporters in Aspergillus niger and for simple diffusion of glucose through the hyphal membrane were prepared. The results from the models were compared with fermentation data from published studies on citric acid. It was found that the purely physical and uncontrolled
## SYNOPSIS A vapor phase monomer addition method was used to measure the monomer transfer rate into latex particles. The classical mathematical model for the diffusion process was used to calculate the overall mass transfer coefficients of monomer between the vapor and the water phases, and betwe