Sentence examples for values for the oscillator from inspiring English sources

Parameter values for the oscillator model from Table 3.

The results in Figure 4(a) show a zero value for the oscillator strength at.

In contrast to the single kink profile the shift in the intragap energies of the kink-antikink potential leads to a non-zero value for the oscillator strength at (red solid curve in (a)).

The inset in panel (b) shows the wavefunction of the states (1) and (3) at B 0 ≈ 1.6 T where, the same relations as for the single kink potential between the wavespinors ( and ) leads to a zero value for the oscillator strength.

However, the theoretical calculations on 13 b predict that the largest value for the oscillator strength occurs for the 3rd excited state, which is predominantly a HOMO→LUMO+2 transition.

In the gas phase and the chloroform calculations for 13 a, the largest value of the oscillator strength occurs for the fourth excited state transition, predominantly a HOMO−1→LUMO+1 transition.

It regards each data object as a phase oscillator, and each dimension coordinates corresponding to a phase value of the oscillator.

A summary of default parameter values for the core circadian oscillator, based on Ref. [ 11], is provided (Table 1).

The values of R obtained for the oscillator with the clay coating were larger in lower concentrations of Na2SO4 electrolyte than in higher ones, in contrast to the case of the oscillator without the clay coating where R increases with the electrolyte concentration as expected from a hitherto proposed theory.

For certain values initial conditions and parameter values, the time history diagrams for the oscillator are plotted.

On the other hand, the expected value of the phase for the oscillator with one PRC at time (t+d) is b + Ebigl varDelta _{mathrm{inh}}(b+D)|phibigr) + E(D_{mathrm{eq}}|phi).