Sentence examples for transmitted field from inspiring English sources

We present a survey of approaches to the design of one- and two-dimensional randomly rough surfaces that scatter or transmit light with specified angular, coherence, spatial, or wavelength properties of the scattered or transmitted field.

Two-port network model is used to analyze the phase shifts of the transmitted field going through dielectric elements.

The incident and reflected or transmitted field is mathematically modelled as the sum of a continuum of plane harmonic waves.

It utilizes localized surface plasmon resonances with an abrupt phase shift to achieve the desired phase modulation in the transmitted field.

In [15], satellite-to-indoor propagation measurements are described; received field was measured with antennas of different polarization while transmitted field was elliptically polarized.

An indoor propagation model making use of the estimation of the transmitted field at the corners of each room is presented in [11].

This representation gives the reflected and transmitted fields as convolutions of the incident field with the reflection and transmission kernels, respectively.

Metasurfaces may provide a full control of the reflected and transmitted fields, and they can be designed to possess many required properties replacing bulky optical components.

The scattering at the boundary yields then the coherent reflected and transmitted fields, and in order to calculate these, we establish the system of equations of motion for the atomic sites (N∈[−1,D]) of the irreducible nanojunction domain.

(27 where, ( {v}_^{ap}{e}^{i{ k}_z^{ap} z} ) is the incident field, ( {v}_{pm}^{ap, e} ) are the eigenvectors associated with the eigenvalues (z-directional wavenumbers) ( pm {k}_z^{ap, e} ) in the anisotropic ambient medium, and ( {r}_^{p, e} ) and ( {t}_^{p, e} ) are the amplitudes of the reflected and transmitted fields respectively.

It consists in decomposing in Fourier modes the reflected and transmitted fields as well as the distribution of the dielectric constant, the corresponding modal amplitudes being determined by integrating across the structure a system of ordinary differential equations defined by the boundary conditions at the input and output facets of the periodic structure.