Sentence examples for modes are treated from inspiring English sources

Our experiments are supported by calculations from our simple toy model in which the metamaterial modes are treated as optical microcavities coupled to a dipole emitter.

The fast acoustic and gravity waves are approximated implicitly, while relatively slow advective terms and Rossby modes are treated explicitly.

The non-linear features are included in the two coupled modes, while all other modes are treated as linear.

With the help of probabilistic sensitivity analysis, the influence of individual random variables on each structural failure mode is examined, and the critical modes are treated as probabilistic design constraints under consistent lower bounds on the corresponding reliability indices.

The theoretical approaches range from the introduction of higher order terms to the harmonic analysis to adiabatic treatments in which the high- and low-frequency modes are treated at different levels of approximation and diffusion Monte Carlo studies in the full dimensionality of the system of interest.

If the modes are treated independently from each other, the end-to-end schedulability of runnables and packet transmission in each mode can be analysed using equations from [29].

Design codes ignore interaction of different buckling modes and each mode is treated separately.

External mode is treated as the baseline, with dummy variables for Internal and Cooperation modes included in the regression model.

The method uses Fourier collocation and the classical fourth-order RK method, except for the stiff linear modes, which are treated with a linearly implicit RK method.

All such features also distinguish eq 12.32 from similar rate constants previously obtained for pure ET involving nuclear modes that are treated quantum mechanically.

Lastly, two cases of the tilt mode problem are treated.