The phrase "a different diffusion" is correct and usable in written English.
It can be used when discussing variations or alternatives in the process or method of diffusion in a scientific or metaphorical context.
Example: "In our study, we observed a different diffusion of the substance compared to previous experiments."
Alternatives: "an alternative diffusion" or "a distinct diffusion".
Although the characteristics and S-curve percentages are generalizations, developers should pay attention to this curve and ideally target each group with a different diffusion strategy (Green and Johnson [1996]).
Lou and Lutscher [5] conjectured that there may exist an optimal intermediate diffusion rate d̃ so that a species adopting d̃ will replace its competitor with a different diffusion rate.
Among K and Na a different kinetic behavior of the transient corresponds to a different diffusion coefficient: K presents higher transient, corresponding to a higher diffusion coefficient (D = 1.96 × 10−9 m/s), while Na (D = 1.334 × 10−9 m/s), which presents lower intensity transient, has a lower diffusion coefficient.
A different diffusion-based algorithm was proposed in[14] using the recursive least squares (RLS) algorithm to obtain the diffusion RLS (DRLS) algorithm.
Based on the assumption that heterogeneity in particle size leads to a power-law distribution of Tr, a completely different diffusion regime emerges in mixtures compared with those obtained from uniform particles with the same value of the tail exponent ν.
In contrast, the palmitoylation-deficient mutant hFasLC82S and the receptor-binding mutant hFasLA247E displayed a significantly different diffusion behavior, reflected by reduced t0 values (8.4±2.9 and 6.2±4.7, respectively), indicating a lower confinement of the proteins into nanodomains.
The authors show that binding is different within these two domains and it is not clear how this is an indication of different diffusion modes.
Indeed, Blackwell [ 14] used a random diffusion model that provided support for the hypothesis that an individual switches, in a random way, between different diffusion processes on the basis of different motivations.
We have estimated a Kd value of 0.81 ± 0.17 nM for the dyskerin·hTR complex, on the basis of the following assumptions: (a) we corrected for different diffusion times (based on molecular weights), (b) we assumed a 1 1 interaction, (c) we assumed the complex was at equilibrium (no dissociation was observed over 7 h) (see the Supporting Information for a full analysis of the calculation).
Simulations with a mixture of two diffusive species with different diffusion coefficients of 1 μm/s and 10 μm/s were also performed.
Systematic investigation on boron diffusivities along different diffusion directions in Si and Ge substrates is presented in this work.
