Sentence examples for modes is approximated from inspiring English sources

The coupling between global and local modes is approximated with the coupling between a travelling global wave and uncorrelated local waves.

Additionally, low-order modes are approximated by singly-asymptotic expansions only to increase the robustness of the formulation.

The buckling, warping and transverse extensions of cross-sections are defined by the linear combination of GBT cross-section deformation modes, and the longitudinal variation of amplitude of each GBT mode is approximated by the cubic B-splines.

In our work, this mode is approximated by considering endogenous enzyme activity variations, assuming enzymes are regulated by many factors (e.g. transcription control) to exhibit different activity levels to fulfill conditional system requirements of different periods.

The validity of this approach to estimating the penetration depth of two orthogonal modes is approximate, especially where the TM and TE modes may not be completely decoupled due to 3-D effects at regional scale, but, nevertheless, it is superior to a period-based analysis.

The fundamental mode shape is approximated by means of polynomial co-ordinate functions which contain two exponential optimization parameters.

The fundamental mode shape is approximated by means of a polynomial co-ordinate function in the angular co-ordinate which includes an exponential optimization parameter.

Then, the mode of inheritance is approximated by investigating a number of non-orthogonal genetic contrasts making the interpretation of results difficult.

In the pattern mode, the moving object is approximated using the best matched pattern, and the rest of the area is treated as skipped area (i.e., it is not encoded).

In the following analysis of the plasmonic FP cavity, the resonance mode of an FP cavity is approximated as the standing wave corresponding to the specific transverse-guided mode.

The deflection of buckled plate is approximated using the mode shape functions of a clamped-clamped beam.