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Lowering the arsenic overpressure increases the diffusion to form a 'square' diffusion boundary.
It increases with increasing heat flux and correspondingly increases the diffusion of nanoparticles, and hence the heat transfer is enhanced.
Additionally, increasing the temperature reduces the viscosity of the solution and increases the diffusion rate of dye molecules.
This is because high specific surface increases the diffusion velocity and makes the dispersion of oxide better.
Such moderate heating also increases the diffusion rate of reactive molecules and triggers reactions among them in the OR mantle.
It is well documented that increasing the lipophilicity, increases the diffusion through the lipid domain, thus, increasing the efficacy of the antimycobacterial agent [28 31].
Similar(35)
A thermal treatment most probably increased the diffusion and an acid treatment removed the diffused metal.
However, to the best of our knowledge, the reverse effect, i.e. the noise increases as the diffusion increases, had not been reported.
As porosity and pore interconnectivity increased, the diffusion coefficient of solvent increased as expected.
Our analysis shows that surface oxygen groups increase the diffusion of confined electrolytes.
The increase in Cu2+ concentration results in an increase in the driving force thereby increasing the diffusion rate.
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