plane monochromatic wave scattering
Three-Dimensional Gaussian Beam Scattering from a Periodic Sequence of BI-Isotropic and Material Layers
... the scattering coefficients of plane monochromatic waves from the structure with a large number of elements have interleaved areas with the high (the quasi-stop bands) and low (the quasi-pass bands) ...
21
Application of the Banach Fixed-Point Theorem to the Scattering Problem at a Nonlinear Three-Layer Structure with Absorption
... A method based on the Banach fixed-point theorem is proposed for obtaining certain solutions TE-polarized electromagnetic waves of the Helmholtz equation describing the reflection and transmission of a plane ...
18
Influence of Motion on the Edge-Diffraction
... the scattering of a plane wave by a uniformly moving half-plane reveals the effect of the motion on the reflection, refraction, aberration, frequency shift, ...incident wave considered in ...
16
Windowed Integral Equation Methods for Problems of Scattering by Defects and Obstacles in Layered Media
... a plane-wave impinges on the flat interface between two homogeneous media with different optical ...of scattering of a plane-wave by a planar multilayered ...for monochromatic ...
245
Second harmonic scattering from silver nanocubes
... nonlinear scattering apparatus was based on a femtosecond laser source operating at a repetition rate of 80 MHz, a fundamental wavelength of 800 nm and delivering 140 femtosecond duration pulses with average power ...
28
Electromagnetic diffraction and scattering of a complex-source beam by a semi-infinite circular cone
... The scattering of an electromagnetic CSB by a semi-infinite circular cone has been analysed using spherical multipole ex- pansions. Convergent results of the total or scattered field can be obtained for both near- ...
6
Scattering from Bodies Coated with Metamaterial Using Fdfd Method
... electromagnetic scattering from a conducting object coated with metamaterials, which have both negative permittivity and permeability is derived rigorously by using finite difference frequency domain ...The ...
12
Airborne Particle Sensing with Micro-optics.
... Figure 1 shows the cross-section of a typical airborne optical particle counter. The whole system was placed inside a chamber to reduce the influence of the outer environment. A 683nm laser diode was used here to ...
98
Analysis of a Non-Integer Dimensional Tunnel and Perfect Electric Conductor Waveguide
... that a TE wave ( E x = 0) is propagating inside the slab. The whole geometry has been divided into three regions so that the unknown fields can be written using the solution of homogeneous Helmholtz’s equation. ...
10
Radar Scatter from Layered Media and Rough Surfaces
... for plane wave, spherical wave and cylindrical wave sources for homogeneous layers and layers where the permittivity follows a specific ...full wave technique in the analysis of ...
15
A Cwa-Based Detection Procedure of a Perfectly-Conducting Cylinder Buried in a Dielectric Half-Space
... electromagnetic scattering problem by buried circular cylinders has been discussed by many authors,both from a theoretical and a numerical point of view,due to its application to remote sensing of the earth’s ...
16
Scattering of Monochromatic Electromagnetic Waves on 3D-Dielectric Bodies of Arbitrary Shapes
... methods are described in [5, 6]. Among these methods, the methods based on the volume integral equation of electromagnetics have a number of advantages. This equation reduces the scattering problem to the ...
22
The Generation of Gravitational Waves
... D3, 2319 1971 used flat space wave equations to calculate the scattering of plane electromagnetic and gravitational waves by the Newtonian gravitational field of a point mass.... Dl3, 77[r] ...
186
Diffraction of Electromagnetic Plane Wave from a Slit in PEMC Plane
... electromagnetic wave from different PEMC geometries has been demonstrated theoretically by many authors [7– ...PEMC plane of arbitrary admittance and of negligible ...as scattering problems for ...
11
Wave Propagation in Nanocomposite Materials
... Remark 2. At the expense of more intricacy, the pre- sent formalism may be generalized to wave propagation in a chiral slab located between z = 0 and z = d. Then, two more fields exist respectively reflected at ...
7
On heating of solar wind protons by the parametric decay of large amplitude Alfvén waves
... of scattering the particles along the segments of circles at moderate parallel velocities are the obliquely propagating ...pitch-angle scattering of protons by obliquely propagat- ing waves in the framework ...
9
Wave Scattering by Periodic Media
... a scattering configuration (in this case k , θ and L ) is selected so that there exists at least one integer n which satisfies β n = 0; in that case, one of the modes in ...
105
Laser Imaging With a Holographically Produced Lens
... The hololens was initially produced by recording the interference between a coherent plane reference wave and an object wave which was produced by passing for a process use plane as wave[r] ...
57
Mass, momentum, and energy flux conservation for nonlinear wave-wave interaction
... primary wave with a lower circular frequency is found to decrease; while the one with a higher circular frequency is found to ...largest wave crest, which is obtained by the nonlinear interaction between ...
24
Patch Shape Influence Upon Radar Cross Section of a Cylindrical Microstrip Antenna
... are clearly seen at frequencies f = 3.21 GHz and f = 2.45 GHz. For comparisons, the input impedance calculation results for the probe-fed CMA in [4] show resonances at 3.232 GHz and 2.449 GHz for the z- and ϕ-polarized ...
18