Abstract
Elastic neutron scattering measurements have been performed on the natural elements chromium, iron and nickel. Angular distributions were recorded in the interval 20 to 160 deg at several energies in the region 1.77 to 2.76 MeV. The experimental data were analysed in terms of the optical model, applying a spherical nuclear potential.
Holmqvist, B;
Johansson, S G;
Lodin, G;
Wiedling, T;
[1]
Salama, M
[2]
- AB Atomenergi, Nyko eping (Sweden)
- Reactor and Neutron Physics Dept., Atomic Energy Es tablishment, Cairo (Egypt)
Citation Formats
Holmqvist, B, Johansson, S G, Lodin, G, Wiedling, T, and Salama, M.
A Neutron Elastic Scattering Study of Chromium, Iron and Nickel in the Energy Region 1.77 to 2.76 MeV.
Sweden: N. p.,
1970.
Web.
Holmqvist, B, Johansson, S G, Lodin, G, Wiedling, T, & Salama, M.
A Neutron Elastic Scattering Study of Chromium, Iron and Nickel in the Energy Region 1.77 to 2.76 MeV.
Sweden.
Holmqvist, B, Johansson, S G, Lodin, G, Wiedling, T, and Salama, M.
1970.
"A Neutron Elastic Scattering Study of Chromium, Iron and Nickel in the Energy Region 1.77 to 2.76 MeV."
Sweden.
@misc{etde_20961858,
title = {A Neutron Elastic Scattering Study of Chromium, Iron and Nickel in the Energy Region 1.77 to 2.76 MeV}
author = {Holmqvist, B, Johansson, S G, Lodin, G, Wiedling, T, and Salama, M}
abstractNote = {Elastic neutron scattering measurements have been performed on the natural elements chromium, iron and nickel. Angular distributions were recorded in the interval 20 to 160 deg at several energies in the region 1.77 to 2.76 MeV. The experimental data were analysed in terms of the optical model, applying a spherical nuclear potential.}
place = {Sweden}
year = {1970}
month = {Jul}
}
title = {A Neutron Elastic Scattering Study of Chromium, Iron and Nickel in the Energy Region 1.77 to 2.76 MeV}
author = {Holmqvist, B, Johansson, S G, Lodin, G, Wiedling, T, and Salama, M}
abstractNote = {Elastic neutron scattering measurements have been performed on the natural elements chromium, iron and nickel. Angular distributions were recorded in the interval 20 to 160 deg at several energies in the region 1.77 to 2.76 MeV. The experimental data were analysed in terms of the optical model, applying a spherical nuclear potential.}
place = {Sweden}
year = {1970}
month = {Jul}
}