inelastic scattering


Also found in: Encyclopedia, Wikipedia.
Related to inelastic scattering: photoelectric effect

inelastic scattering

n.
The scattering of particles resulting from inelastic collision.
References in periodicals archive ?
In truth, Raman isn't purely spectroscopy, but a mix of Rayleigh, elastic, and inelastic scattering.
Their topics include quantum chromodynamics and deep inelastic scattering, the number of neutrinos and the Z line shape, asymmetries at the Z poles: the quark and lepton quantum numbers, theoretical aspects of the production of electroweak bosons at hadron colliders, rare decays probing physics beyond the standard theory, and the supersymmetry standard model.
In 1990, <<for pioneering studies of deep inelastic scattering of electrons on protons and coupled neutrons, which are essential for the development of the quark model in particle physics>> American experimental physicists Jerome Isaac Friedman (Fig.
With the support of this Consolidator Grant a new experimental research program will be developed in the Department of Physics and Astronomy at University College London involving laboratory based studies of (1) inelastic scattering processes, and (2) the decay mechanisms of gas-phase atmospheric molecules, including N2, O2 and NO, and their constituent atoms, in high Rydberg states.
Inelastic scattering of hellions from even-even stable samarium isotopes at 40.
The opening paper describes typical experimental equipment and methods for measuring inclusive deep inelastic and semi-inclusive deep inelastic scattering of polarized leptons off polarized targets.
Inelastic light scattering from a crystal can be as an inelastic scattering of a photon from acoustic phonons.
The inelastic scattering of light from any sample is called the Raman effect, named for the Nobel prize-winner C.
74) Inelastic scattering of an electron in amorphous ice indicates that electron energy losses greater than 1 eV rarely occurs for kinetic energies smaller than the HOMO--LUMO gap (~7eV) of bulk water.
In the less common but more important inelastic scattering, the incident light and the emitted light are of different colors, because the electrons expend kinetic energy through vibration.
For inelastic scattering, this capability will enable measurements of excitations in different scattering planes without the need for remounting the crystal, greatly increasing the efficiency of data collection and the completeness of the data obtained.