Sentence examples for models the scattering from inspiring English sources

The collision operator models the scattering processes between free electrons and phonons in thermal equilibrium.

This text proposes a fast, rapidly convergent Nyström method for the solution of the Lippmann Schwinger integral equation that mathematically models the scattering of time-harmonic acoustic waves by inhomogeneous obstacles, while allowing the material properties to jump across the interface.

The 1% intralipid models the scattering coefficient of the brain and the hemoglobin and Cyt c values approximate those found in the rat brain.

According to contemporary models, the scattered disc formed when Kuiper belt objects (KBOs) were "scattered" into eccentric and inclined orbits by gravitational interaction with Neptune and the other outer planets.

T is used to model the scattering by molecules of air and larger particles, such as haze, and is employed for classifying various atmospheric conditions ranging from pure air to fog.

In order to model the scattering of a group of objects embedded in a lossy medium under a rough boundary, we applied the method of Green's functions and extended the Kirchhoff approximation for the case of composed systems.

Using the spectral images and a Monte Carlo model, the scattering and absorption coefficients in tissue can be determined in vivo [ 27, 28].

The software allows exploratory studies of the four dimensions of reciprocal space and excitation energy to be undertaken, enabling multi-dimensional subsets to be visualized, algebraically manipulated, and models for the scattering to simulated or fitted to the data.

A major limitation of 90Y SPECT imaging is the difficulty in applying traditional scatter correction techniques [5], which model the scatter within the object, owing to the continuous nature of the Bremsstrahlung spectrum and absence of a photopeak [14].

Once the effects of manufacturing defects are captured through transfer of the CT measurements into a three-dimensional finite element model, the scatter in the curved-beam fatigue test data is reduced; and material ILT fatigue properties can be determined.

Monte Carlo algorithms which model the scatter in the object are effective for radionuclides which have a single low-energy photopeak (e.g., 99mTc) [13], when the detector response is assumed to be Gaussian [11], but for higher energy isotopes which do not have one single photopeak (e.g., 90Y), they are not effective.