In this paper, we present a method for computing direct numerical simulations of narrow optical beam waves propagating and scattering in a plane-parallel medium.
In this paper, we present a numerical method for solving the radiative transfer equation that models electromagnetic wave propagation in a constant background, plane-parallel medium containing randomly distributed, identically sized, dielectric spheres.
Three expansion methods are described using Chebyshev polynomials of the first kind for solving the integral form of the equation of radiative transfer in an isotropically scattering, absorbing, and emitting plane-parallel medium.
We present some examples of Mie resonant scattering in which a circularly polarized plane wave propagates and scatters in a plane-parallel medium containing randomly distributed, identically sized, dielectric spheres whose radii are comparable to the wavelength.
The frequency response obtained by circuit simulation of one of the tone switch combinations (the parallel of medium, treble, and brilliant; dashed line) and the cascade of their IIR digital filter counterparts matching the simulation (solid line).
At all times, control spheroids (no monocyte infiltration) were cultured in parallel and medium was collected simultaneously.
We believe that one long strip of paper spanning the entire length of IPG gel somehow interferes with the underlying electrophoresis, or that peptides once they are absorbed onto the filter paper transform the paper into a parallel conducting medium; the absence of gaps compromises resolution.
Projection data were acquired using a 20%% energy window centred on the 208 keV photopeak using a parallel-hole medium energy low penetration (MELP) collimator.
The acquisitions were all performed with the parallel-hole medium energy, low penetration (MELP) collimator in non-circular (auto-contour) step-and-shoot mode.
All SPECT/CT images were acquired using an integrated SPECT/CT scanner (Symbia T16, Siemens Healthcare, Molecular Imaging, Hoffman Estates, IL, USA) equipped with parallel-hole medium-energy collimators.
