Sentence examples for mass diffusion law from inspiring English sources
Entropy generation minimization for a class of isothermal crystallization processes with a generalized mass diffusion law is investigated in this paper.
For the given total mass of crystals, the optimality condition corresponding to the MEG (Minimum Entropy Generation) of the process is obtained firstly, and special cases for both the linear [g∝Δ] and the diffusive [g∝Δ(c)] mass diffusion laws are further derived.
This behaviour is explained with Fick's diffusion law where the concentration gradient as the driving force for the mass transfer rate, hence higher C i resulted in higher q e (Frijlink et al. 2015).
This behaviour is attributed to the Fick's diffusion law which stated that the concentration gradient provides driving force for the mass transfer rate, hence higher C i resulted in higher q e (Frijlink et al. 2015).
Mass diffusion coefficient (cm2/s).
Physical effects of mass diffusion, heat conduction, mechanical motion, polarization and polarization relaxation in the mixture of the multi-component system, including their coupling effects, are formulated in accordance with the basic laws in non-equilibrium thermodynamics and continuum electrodynamics.
Binary mass diffusion coefficient of species i (m2/s).
Mass diffusion coefficient of species in the mixture m (cm2/s).
The effect of different power law exponent on the quality factor of the micro-beam is studied and Comparisons are made within the theory in the presence and absence of the mass diffusion effect.
If the chloride diffusion coefficient is constant, Equation 1 is usually referred as Fick's first diffusion law.
