Abstract
The effects of the Coulomb interaction upon the photon cross section and analyzing power from pp Bremsstrahlung have been studied in detail. Off-shell properties of the Coulomb T matrices have been considered but the associated, Coulomb modified, hadronic T matrices are important elements in any analyses of low energy, forward proton scattering data. At the lowest energy considered (5 MeV), the full calculations gave cross sections that were half the size of those found without Coulomb effects or with a simple model approximation to them. With increasing energy, the cross sections varied to those characteristic of magnetic interaction dominance and the specific differences due to Coulomb effects diminished. 47 refs., 7 figs.
Katsogiannis, A;
Amos, K;
[1]
Jetter, M;
von Geramb, H V
[2]
- Melbourne Univ., Parkville, VIC (Australia). School of Physics
- Hamburg Univ. (Germany). 1. Inst. fuer Theoretische Physik
Citation Formats
Katsogiannis, A, Amos, K, Jetter, M, and von Geramb, H V.
Coulomb correction calculations of pp Bremsstrahlung.
Australia: N. p.,
1994.
Web.
Katsogiannis, A, Amos, K, Jetter, M, & von Geramb, H V.
Coulomb correction calculations of pp Bremsstrahlung.
Australia.
Katsogiannis, A, Amos, K, Jetter, M, and von Geramb, H V.
1994.
"Coulomb correction calculations of pp Bremsstrahlung."
Australia.
@misc{etde_10113768,
title = {Coulomb correction calculations of pp Bremsstrahlung}
author = {Katsogiannis, A, Amos, K, Jetter, M, and von Geramb, H V}
abstractNote = {The effects of the Coulomb interaction upon the photon cross section and analyzing power from pp Bremsstrahlung have been studied in detail. Off-shell properties of the Coulomb T matrices have been considered but the associated, Coulomb modified, hadronic T matrices are important elements in any analyses of low energy, forward proton scattering data. At the lowest energy considered (5 MeV), the full calculations gave cross sections that were half the size of those found without Coulomb effects or with a simple model approximation to them. With increasing energy, the cross sections varied to those characteristic of magnetic interaction dominance and the specific differences due to Coulomb effects diminished. 47 refs., 7 figs.}
place = {Australia}
year = {1994}
month = {Dec}
}
title = {Coulomb correction calculations of pp Bremsstrahlung}
author = {Katsogiannis, A, Amos, K, Jetter, M, and von Geramb, H V}
abstractNote = {The effects of the Coulomb interaction upon the photon cross section and analyzing power from pp Bremsstrahlung have been studied in detail. Off-shell properties of the Coulomb T matrices have been considered but the associated, Coulomb modified, hadronic T matrices are important elements in any analyses of low energy, forward proton scattering data. At the lowest energy considered (5 MeV), the full calculations gave cross sections that were half the size of those found without Coulomb effects or with a simple model approximation to them. With increasing energy, the cross sections varied to those characteristic of magnetic interaction dominance and the specific differences due to Coulomb effects diminished. 47 refs., 7 figs.}
place = {Australia}
year = {1994}
month = {Dec}
}