The phrase "absorption and diffusion of" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in discussions related to biology, chemistry, or physics, where the processes of absorption and diffusion are relevant.
Example: "The absorption and diffusion of nutrients in the human body are critical for maintaining health."
Alternatives: "uptake and spread of" or "intake and distribution of".
Both absorption and diffusion of monomer in polymer particles are considered.
Influence of temperature and sodium content on absorption and diffusion of atomic hydrogen in bronze as discussed.
The process of absorption and diffusion of atomic hydrogen through a metal is not fully understood yet.
Together, these results provide preliminary evidence that the resistance against lipid absorption and diffusion of a hydrated PMPC-grafted layer might positively affect the extent of resistance to the in vivo oxidation of orthopedic implants.
A detailed dynamic system analysis is presented taking into account the contributions of Tafel-Volmer-Heyrovsky Tafel-Volmer-Heyrovsky Tafel-Volmer-Heyrovskydiffusion of hydreactionomstepso the electrode maserial.
Mamat et al. [84] increased the surface area of ZnO nanorods by annealing under oxygen and air to stimulate formation of nanoholes on the surface to increase the surface area, and on turn have caused high absorption and diffusion of oxygen molecules onto the surface upon UV light exposure, which consequently assisted in generating more ROS on the surface.
Electrodes based on these materials structured at the nanoscale enable many-fold enhancements of the electroactive surface and interface with electrolyte facilitating absorption, ingress, and diffusion of electrolyte ions which being the main energy storage units could lead to increased energy and power density of supercapacitor devices.
Experimental verification of the exact and asymptotic solutions for a specific case of absorption and diffusion in a liquid pool is presented.
We present an algorithm for quantitative photoacoustic estimation of optical absorption and diffusion coefficients based on minimizing an error function between measured photoacoustic channel data and a calculated forward model with a multiple-illumination pattern.
With the Born approximation we assume the absorption and diffusion is known in the background but here we estimate chromophore concentrations and diffusion of the object of interest as well as chromophore concentration in the background.
The activation energies for the CO2 absorption and the diffusion of sodium were calculated to be 33.87 and 48.01 kJ/mol, respectively.
