Sentence examples for equilibrium wavelength from inspiring English sources
However, the equilibrium wavelength of the twinning microstructure depends on the normalized film thickness as well as the orientation of the domain boundaries with respect to the cubic substrate.
The corresponding enhancement is now large (several factors) and scales as c ln(Pe)/λ where Pe=hNc′/D, hN is the Nusselt film thickness, c is the wave speed c′ scaled by the Nusselt velocity UN, D is the diffusivity, and λ is the equilibrium wavelength between successive solitary waves normalized with respect to hN.
The equilibrium wavelength of the microstructure scales as the exponential of the inverse film thickness for small thicknesses, and is either independent of film thickness or proportional to the square root of film thickness at large film thicknesses for the (100) and (110) oriented boundaries, respectively.
Placement of vegetation zones was determined using an empirical relation for equilibrium meander wavelength based on the imposed flow rate.
The existence of global energy minimizers and a scaling argument are used to construct a sequence of equilibrium solutions with different wavelengths.
We then tested the hypothesis that prior light exposure would alter the steady state equilibrium PLR in a wavelength-dependent manner that is consistent with the response properties of bistable IRPs [9], [12].
Under the presence of both wavelengths, a dynamic equilibrium is established, allowing plants to rapidly optimize their response to that particular environment.
Sedimentation equilibrium data collected at different wavelengths and different protein concentrations deviate from the curves predicted for a pure monomeric species, and give an apparent molecular weight that is approximately 20%% larger than the actual value.
The emissivity of each structure can be calculated from the absorptivity computed above via Kirchhoff's law of thermal radiation, which states that the two quantities must be equal at every wavelength for a body in thermal equilibrium [19].
However, our (first ever) Bloch wave stability analysis of the post-bifurcated equilibrium paths shows that the flower mode is stable for all sufficiently short wavelength perturbations.
After centrifugation, the supernatant solution was separated and the equilibrium concentration was evaluated spectroscopically with a Helios-α spectrophotometer (Unicam) at a wavelength of 225 nm, after dilution if that was necessary.
