Sentence examples for diffusion regulation from inspiring English sources

A diffusion regulation parameter, which operates based on the jump in the Mach number, is presented for implementation in Euler solvers.

This diffusion regulation parameter adjusts itself automatically in different regimes of the flow and leads to the exact capturing of steady contact discontinuities which are aligned with the grid-lines.

To demonstrate the applicability of this approach to any Euler solver, the diffusion regulation parameter is also applied in the framework of a Kinetic Scheme which is very diffusive and the improvements in the accuracy for both the methods are demonstrated through several bench-mark test problems.

These affected parameters encompass several biophysical processes such as diffusion, regulation, and degradation, all of which underly Turing pattern formation.

They are attributable to various processes, including diffusional (stomatal and mesophyllian resistances to the diffusion of CO2), photochemical (regulation of light harvest and electron transport) and/or biochemical processes (e.g., regulation of ribulose-1,5-bisphosphate carboxylase/oxygenase content or activity and regulation of the Calvin cycle through exports of assimilates).

Previous studies have suggested that the central granule may play a role in mediating calcium-dependent regulation of diffusion across the nuclear envelope for intermediate sized molecules (10 40 kDa).

Moreover, stability is the key in TFO-mediated gene regulation, not diffusion speed.

Within that framework we study, both numerically and analytically, the role that diffusion plays in the regulation of the dynamics and the fluctuations of signaling molecules.

In this work we add another piece of information to the picture looking at the role of TEs in the emergence and diffusion of combinatorial transcriptional regulation.

This is acomplished by asymmetrical distribution of transporters and channels for the transcellular route, and on the other side by regulation of diffusion through the paracellular space via integral TJ proteins (Turner 2006).

Ion channels, a special class of membrane proteins that allow the selective and regulated diffusion of ions across membranes, are fundamental for cell function and regulation.