Sentence examples for the size of time from inspiring English sources

To ensure stability there is a restriction on the size of time step that can be used.

Due to the translational symmetry of lattice structures, the size of time history kernel function that accounts for the boundary effects of the reduced atomic systems could be reduced to a single atom's degrees of freedom.

A closed-form expression quantifying the stream flow variability is therefore developed to investigate the influence of the fractal dimension of lateral inflow process and the size of time domain.

The most notable are the second order accuracy in both space and time, quick damping of numerical errors when the size of time steps is large, iterative solver and the fast convergence, the accurate treatment for the nonlinearity, and the energy conservation.

The example contains the results on the first three cascades, and the size of time window is 2 ((theta = 2)).

Also, since delay-dependent analysis makes use of the information on the size of time delay, more attention has been paid to the delay-dependent analysis than to the delay-independent one [18].

It is revealed that stochastic stability of the positive discrete-time Markov jump linear system with time-delay is influenced by the size of time-delay and it is demonstrated by an example that the effect of time-delay on stochastic stability can be either positive or negative.

The upper panels show that the size of time-constrained cascades is distributed in a highly heterogeneous manner, with only a small fraction of all cascades reaching system-wide proportions.

Although a memoryless controller (14) has the advantage of easy implementation, its performance cannot be better than a discretely delayed-feedback controller which utilizes the available information of the size of time-varying delay.

However, as a special case where the information on the size of time-varying delay τ ( k ) is available, we can also consider a discretely delayed-feedback controller of the following form: u ( k ) = G e ( k ) + G τ e ( k − τ ( k ) ). (15).

The time differences are also shown as phase angle shifts, calculated based on the size of the time difference and the stimulus frequency.