Sentence examples for mode conversion models from inspiring English sources

Theoretical mode conversion models for waveguide tapers are derived for optimal device structure design and performance.

Many propagation characteristics have extensively been studied, and several models have focused on specific indoor environments [2, 3]. Lee and Bertoni [4] use a hybrid ray-mode conversion model for the L-bend and T-junction, respectively, for a 900-MHz signal in a 4-m wide tunnel.

There has also been recent interest in mode conversion in a two-chamber model of the cochlea [ 102].

In order to investigate mode conversion phenomena at defects, a boundary element model of the damaged waveguide section is built up.

CAFA used a global analytical solution to model wave generation, propagation, scattering, mode conversion, and detection, while the wave-damage interaction coefficients (WDICs) were extracted from harmonic analysis of local FEM with non-reflective boundaries (NRB).

This work focuses on a mathematical model of wave propagation around the mode conversion region, from both theoretical and numerical points of view.

The dynamic behavior of the damaged waveguides is described through a general higher order model which couples different waves thus allowing the prediction of mode conversion phenomena.

An SW is generated inside the substrate by mode conversion.

And, the higher order intrinsic mode corresponds to the shorter rotation angle of mode conversion.

The structure has been designed using a mode conversion approach, combined with coupled-mode concepts.

We design and fabricate all-fiber mode-selective couplers (MSC), which perform mode conversion between the fundamental mode in single-mode fiber (SMF) and fundamental mode in MMF.