scattering cross section

Among all isotopes, hydrogen has the highest neutron scattering cross section.

The scattering cross section is decomposed in terms of interference function and particle form factor.

Furthermore, the scattering cross sections of the rough layer have been calculated upon using these expressions.

The scattering cross sections for these processes have been calculated with the help of the impulse approximation.

The kinetic diameter defines an area, σ, called the scattering cross section.

Another important property of Fermi liquids is related to the scattering cross section for electrons.

Particles with a large scattering cross section tend to have a broader plasmon resonance range.

In this case the agreement with experimental measurements and theoretical scattering cross sections was considerably improved.

The inelastic scattering cross sections for protons on 65Cu are also discussed within the framework of this model.

The scattering cross sections are taken from the recent tabulated values of Veigele, for subtracting purpose.

We have calculated electron–lithium total scattering cross sections using the simplified second Born and corrected static approximations.

Also the low elastic scattering cross section for light ions makes damage levels above 10 dpa impractical.

The scattering cross section is found to increase to more than 50 times the undressed value at scattering angles of .

This was due to the coulomb scattering cross section being larger than the fusion cross section.

Differential and total scattering cross sections are among the most important measurable quantities in nuclear and particle physics.

Absolute scattering cross section measurements have continued to be a central focus of the Electron Physics Group's activities in the past year.

Nonelastic scattering cross sections for fast neutrons.

The probability of scattering of a neutron from a nucleus is given by the scattering cross section.

Furthermore, the scattering cross section of the strip, as a function of the electromagnetic contrast of the different media, is calculated.

They indicate broad asymmetric peaks in the scattering cross section of neutrons or protons scattered by nuclei.

The frequency spectrum of the resonant scattering cross section is calculated from a boundary value solution of Maxwell's equation.

The ideal moderator is of low mass, high scattering cross section, and low absorption cross section.

Topologically defined parameters, like scattering cross sections, depend on the magnitude of the potential and the size of the potential well.

There are also magnetic Aharonov-Bohm effects on bound energies and scattering cross sections, but these cases have not been experimentally tested.

Figure 4. Rutherford scattering cross sections for electrons off Tantalum nuclei at three different electron energies.