differential cross section

Both differential cross section and polarization data are reasonably fitted.

In all the calculations, the differential cross section is normalized to unity.

This distribution was compared to calculated differential cross sections.

The differential cross section is related to the scattering amplitude:

An analytical expression to lowest multipole order for the differential cross section is examined.

The differential cross section can be derived from the equations of motion for a particle interacting with a central potential.

Parametrisation of low energy symmetric (e,2e) differential cross section measurements.

It is shown how differential cross sections can be obtained from the time dependence of phase space packets.

For an incident photon of energy , the differential cross section is:

It is possible to reproduce the elastic scattering and charge exchange differential cross sections with potential models.

The weakest test of a theory for particle reactions is comparison with an unpolarized differential cross section only.

Instead of the solid angle, the momentum transfer may be used as the independent variable of differential cross sections.

We consider two body differential cross section data which exhibits a dip–bump structure as well as nonzero polarization.

In the first step, a set of S matrix elements are calculated from a given set of data, such as a differential cross section.

Figure 2. A 3-D model of the differential cross section surface at an excess energy of 3eV.

The full quantum mechanical process of pair production can be described by the quadruply differential cross section given here:

Differential cross sections for muonic hydrogen scattering on hydrogen molecules.

Difficulties remain with the differential cross section data between 80 and 200 MeV, but these may result from the poor quality of the data.

The energy differential cross sections are deduced and consequently the partial and total kerma values.

Differential cross section.

The measured energy spectra of two emitted photons and differential cross sections agree with the theory within experimental estimated error.

To investigate the differential cross sections in the whole-angle region the reaction mechanism is considered as a coherent sum of direct and exchange processes.

Our recent measurements of the triple differential cross section for 2p ionization in argon, performed at lower energies than have been used previously, are presented.

Differential cross sections (DCS) provide particularly detailed information.

In particle physics, a resonance is the peak located around a certain energy found in differential cross sections of scattering experiments.