The phrase "activity diffusion" is correct and usable in written English.
It can be used in contexts discussing the spread or distribution of activities, behaviors, or practices within a population or area.
Example: "The study focused on the activity diffusion of social media usage among teenagers in urban areas."
Alternatives: "spread of activities" or "dissemination of activities".
The chemical activity, diffusion, and distribution of alloy elements were changed by high-density dislocations, nano-grains, twins and compressive residual stress induced by cryogenic burnishing, resulting in the enhancement of the compactness, thickness, growth rate and protection of corrosion product film on the Ti-6Al-4V alloy.
The differences between the liquid and solid-state media range over many aspects, e.g. water activity, diffusion of nutrients and gases, continuity of medium distribution, physical barriers for hyphal extension invading the substrates, etc.
In addition to the structural lipoprotein, the outer membrane contains a variety of OMPs, which confer specific functional properties including enzymatic activities, diffusion pores, specific receptor activities, and export machinery for extracellular proteins and polysaccharides.
The experimental polarization curves were analyzed by Tafel slope, catalyst activity and diffusion capability to determine the influence of the Nafion® loading, mainly associated with the cathode.
The improvement of the high rate discharge capability of electrodes is confirmed further by comparing electrochemical reaction activity and diffusion property of the electrode with nanostructure.
Due to their high catalytic activity, high diffusion and excellent biocompatibility, GDs can be expected to be applied in various fields, such as biotechnology, medical diagnostics and environmental monitoring.
The high activity and diffusion of Al and the low solubility of oxygen in the solid solution were the key factors for the formation of a continuous α-Al2O3 layer during high-temperature oxidation.
In [10], the authors propose a collocation method based on the quadratic spline in the pricing problem under a finite activity jump diffusion model for the first time.
This is somewhat different from electrolysis where direct oxidation of pollutants takes place and rate of oxidation depends on electrode activity, pollutants diffusion rate and current density.
Furthermore, ceruminolytic activity and diffusion through cerumen residues are beneficial for high efficacy on the skin surface.
The efficiency of the chimeric system depends on the balance between binding and unbinding rates of both ligand receptor interactions, concentration of receptors for the targeting and activity elements, diffusion of both receptors on the membrane, and internalization of complexes, etc. Herein, we present a mathematical framework to design and enhance synthetic chimeric ligands.
