Sentence examples for the general diffusion from inspiring English sources

"Ask yourself or the witnesses whether a district can provide for the general diffusion of knowledge without iPads or teacher aides or brand-new facilities," she told the judge.

George Washington tells his readers in the Farewell Address that they should promote, "as an object of primary importance, institutions for the general diffusion of knowledge.

Clinical studies show that the general diffusion porins of many enterobacteriaceal species serve as a major gateway for the passage of β-lactams and fluoroquinolones [3], [4].

Furthermore, we construct the adaptive landscape for the system analytically from the general diffusion equation.

Under the general diffusion approximation, frequency p n,t is treated as continuous quantities x, and this leads to the distribution of the frequency for the allele A being the probability density.

The outer membrane also contains a large variety of proteins that include porins, which facilitate the general diffusion of small molecules across the membrane, specialized channels and pumps for the transport of specific molecules, lipoproteins that anchor the outer membrane to the peptidoglycan layer, enzymes, and secretion complexes that assemble the outer membrane.

Of the 126 bills, Jefferson's contributions included the "Bill for the More General Diffusion of Knowledge" and the "Statute of Virginia for Religious Freedom"—only the last having eventually passed (in 1786).

We demonstrate high accuracy of the approximate solutions for general diffusion tensors, the second-order convergence rate for the scalar unknown and the first order convergence rate for the vector unknown on smooth or slightly distorted meshes, on non-matching meshes, and even on meshes with irregular-shaped polyhedra with flat faces.

The authors derive a general diffusion (GD) system with nonlocal interactions of special structure via energetic variational approach and observe that there exist two critical values of s, i.e. s= 12,1, for the nonlocal interactions, where s= 12 reflects how strong nonlocal property we have and s="1 affects the linearization and choice of initial data spaces.

So, in general, diffusion into the blood/lymph are governed by the concentration gradient, particle/molecule size, its charge, lipophilicity and of course the membrane properties of the absorptive surface.

It is also suggested that discussions of intra-firm policy could usefully proceed within the context of already established general diffusion policy principles.