Sentence examples for transition frequencies for from inspiring English sources

Such solutions and the transition frequencies for various impact situations are easily found by the method of harmonic balance.

To test a transition frequency for statistical significance, we use the Monte Carlo sampling method described below.

For example, in the absence of fields, when half-axes of SOEQD are a 1 = 2.5a B c 1 = 0.5a B, the transition frequency for the first equidistant family is obtained equal to which falls into the IR part of spectrum.

Edge thickness is proportional to the cumulative transition frequency for environmental or genetic perturbations.

This is a consequence of (1) the fact that the energy differences between states for which Δ n=1 scale with n −3 and correspond to transition frequencies <400 GHz for n≥25; and (2) the large electric dipole transition moments for these Δ n=1 transitions which scale with n 2 and approach ∼150 e a 0 for n=25.

In Figures 6(a) and 6(b), the filtered graphs of weighted transition frequencies are shown for Grade 5 Mathematics and Grade 9 Mathematics respectively.

At fields of 0 and ∼595 G, the transition frequencies become degenerate for various orientations of the crystallographic axes, i.e. at line crossings of appropriate transitions between magnetic sublevels.

In the first domain, below the transition frequency or for low frequencies, the orthotropic sandwich panel has a classical isotropic plate behavior.

In the second domain, above the transition frequency or for high frequencies, the out-of-plane shear rigidity is very significant and changes the behavior.

Analogous degeneracy occurs for the transition frequencies (|0rangle leftrightarrow | 1rangle) and (|varphi+rangle leftrightarrow |varphi0rangle) illustrated by blue arrows and results in an additional mixing channel and related shortening of (T_{1}).

From a psycholinguistic point of view, word transition frequencies may serve as a marker for over-learnedness or automaticity in spoken language.