Sentence examples for a length scale for from inspiring English sources

In order to perform the comparison, I defined a length scale for each plate by taking the radius of a circle having the same area as the plate (√ area/π) km). Figure 3 shows the plot of the number of plates larger than a certain value of L km.

Notice that D c and β c set a length scale for interactions mediated by the diffusible chemical.

The principal drawback of this class of materials, their tendency to crystallize on too large a length scale for an optimal heterojunction nanostructure, has been shown to be overcome through introduction of conformation twisting through steric effects.

A typical length scale for an appearance of quantum confinement effect is the Bohr radius of excitons [2]; the Bohr radius of exciton for diamond is 1.57 nm which is appropriate for the nanocrystal size of around 3 nm.

The critical lift-off height at blow-out, representing a characteristic length scale for mixing, had a linear relationship with the theoretically predicted stoichiometric location along the jet axis, which had a weak dependence on ambient pressure.

A new length scale for plasticity, the distance a dislocation travels before it creates another, arises naturally in this treatment.

This size of 300±100 cells is reminiscent of that of early postimplantation embryos and perhaps defines an optimal length scale for a unique outcome of the biochemical reactions that mediate symmetry breaking and polarisation.

The parameter has the dimension of length, and may provide a means to introduce an intrinsic length scale for some related problems regarding the surface of an elastic half-space.

For the direct measurement of the phase distribution in the diffraction orders a high-resolution interferometer is used, which allows access to a lateral length scale for the localization of phase singularities below the wavelength.

For nondimensionalization, we select a length scale L = 50 μm for scaling of space x = L  x ′, and an advection scale derived from the active motor-driven transport V = 0.5 μm/s (Zimyanin et al., 2008) for scaling of velocities v m = V  v m ′, implying an advection time scale τ = L/ V = 100 s for scaling of time t = τ  t′.

Assuming a typical length scale for biological microsites of the order of several nanometers, an effective mass below 10 electron masses is sufficient to ensure that quantum processes prevail over thermal processes.