The phrase "against the diffusion" is correct and usable in written English.
It can be used in contexts discussing opposition to the spread or dissemination of something, such as ideas, information, or substances.
Example: "The organization was established to advocate against the diffusion of misinformation in the media."
Alternatives: "opposed to the spread" or "against the dissemination".
MC simulation models were validated against the diffusion theory model and experimental data.
This may be due to the fact that cell wall structure in B. subtilis provided resistance against the diffusion and action of SNBCs.
This Ni layer was used as a barrier against the diffusion of Zn and as a promoter for the growth of nanosized ZnO.
Apparently, the MMT has a stabilizing effect against the enzymatic attack (MMT layers act as a barrier against the diffusion of the enzyme to films), even after increasing the content of insoluble fraction.
In all concentrations, the addition of MMT decreased the water solubility of films because the layers of MMT act as a barrier against the diffusion of the water to films.
For the lower voltage, the electrode has surface defects accumulated against the diffusion of electrons and ions, and the dependence of the current on the immersion depth is not linear any more.
It is noted that Ti nitrides have better oxidation resistance than α-Ti because of the strong interaction between titanium and nitrogen, which decreases the thermodynamic activity of titanium and acts as a diffusion barrier against the inward diffusion of oxygen [5]. Figure 6 XRD patterns of Ti-6Al-4V alloys.
This further argues against rupture of the diffusion barrier and supports the conclusion that PA-GFP fluorescence increment is due to time-dependent delivery of new (i.e. from outside the cilium) D1Rs.
The dusty-gas model estimates the effective diffusion coefficient using the effective bulk and the Knudsen diffusion coefficients, and its accuracy is tested against the effective diffusion coefficient directly calculated from the pore-scale simulations.
In this paper, we use CUDA programming technology on a GPU cluster to run the LU-SGS parallel iterative calculation against the background of the diffusion equation of the reactor.
In addition, to understand the reason for the diffusion against driving force and the different results by EQ and NEQ models, explicit investigations were made on diffusion coefficients, component Murphree efficiency and mass transfer coefficients.
