The phrase "and form a diffusive" is not correct in standard written English as it lacks clarity and context.
It could be used in a scientific or technical context where "diffusive" is meant to describe a process or characteristic, but it needs additional information to be meaningful.
Example: "The particles will spread out in the solution and form a diffusive layer over time."
Alternatives: "and create a dispersive" or "and establish a diffusive".
GRR in ultra-dilute electrolyte led to the formation of uniform and ultra-thin 3D-NPG nanostructures because the low concentration of the electrolyte decreased the concentration gradient between the cathodic surface and solution and formed a thick double layer (diffusive region) leading to a slow reaction-rate of galvanic replacement [26, 29, 30].
Although the phase boundary can form a classical diffusive "shrinking core" when the dynamics is bulk-transport-limited, the theory also predicts a new regime of surface-reaction-limited (SRL) dynamics, where the phase boundary extends from surface to surface along planes of fast ionic diffusion, consistent with recent experiments on LiFePO4.
end{aligned} (B.1) The two last terms in (B.1) form a discrete diffusive term, begin{aligned} J_{ito i+1}^{mathrm{diff}} =& bigl[J_{ito i+1}^(F_{i}, mu_{i+1},T -J_{ito i+1}^(F_{i},mu_{i+1},T -J_{ito D^_{mu}bi+1}^_{ito i+1}^(F_{i},muu_{i},T)bigr], end{aligned} (B.2) in which, using (A.24), we have written that the tunneling current depends on the chemical potential instead of the electron density.
In practice, DDMC is combined with standard Monte Carlo to form a hybrid transport-diffusion method that can accurately simulate problems with both diffusive and non-diffusive regions.
The group also found that the reaction proceeds in three stages with complex intermediates: (1) surface exchange to form a metastable rocksalt CdS shell, (2) crystallization of this shell to zincblende, and (3) diffusive transport ions through the completed shell.
The proposed low- and anti-diffusive versions of the multi-D UDCS strategy form an original contribution to the modeling of multifluid flows on unstructured grids.
In cell culture, mammalian Hh can form highly diffusive, biologically active aggregates of a high molecular weight (Zeng et al, 2001).
The chaff gradually spreads in space after its release and is a diffusive radar target.
Three different types of diffusive ligands were simulated in the RW model: Ca2+, and a diffusive buffer with and without bound Ca2+.
Due to saturation of surface layers by zinc in microzone 2, the general formation mechanism for transitional non-stable carbides (Fig. 1b, spectrum 3) of M2X-like type was blocked and surface structures of the М6Х type were formed in diffusive under-surface layers [12].
