Abstract
The expressions of the neutron elastic scattering differential cross section is obtained in the neiborourhood of an isolated resonance. The cross section is expressed as the Legendre polynomial decomposition. It is shown that the investigation if resonance with a spin J > 2 on the target-nuclei with spins I > 3/2 is the most interesting. 8 refs.;; 4 figs.; 2 tabs.
Citation Formats
Mitsyna, L V, and Samosvat, G S.
On the mixed neutron (s + d)-wave resonances; O smeshannykh nejtronnykh (s + d)-rezonansakh.
USSR: N. p.,
1990.
Web.
Mitsyna, L V, & Samosvat, G S.
On the mixed neutron (s + d)-wave resonances; O smeshannykh nejtronnykh (s + d)-rezonansakh.
USSR.
Mitsyna, L V, and Samosvat, G S.
1990.
"On the mixed neutron (s + d)-wave resonances; O smeshannykh nejtronnykh (s + d)-rezonansakh."
USSR.
@misc{etde_10102631,
title = {On the mixed neutron (s + d)-wave resonances; O smeshannykh nejtronnykh (s + d)-rezonansakh}
author = {Mitsyna, L V, and Samosvat, G S}
abstractNote = {The expressions of the neutron elastic scattering differential cross section is obtained in the neiborourhood of an isolated resonance. The cross section is expressed as the Legendre polynomial decomposition. It is shown that the investigation if resonance with a spin J > 2 on the target-nuclei with spins I > 3/2 is the most interesting. 8 refs.;; 4 figs.; 2 tabs.}
place = {USSR}
year = {1990}
month = {Dec}
}
title = {On the mixed neutron (s + d)-wave resonances; O smeshannykh nejtronnykh (s + d)-rezonansakh}
author = {Mitsyna, L V, and Samosvat, G S}
abstractNote = {The expressions of the neutron elastic scattering differential cross section is obtained in the neiborourhood of an isolated resonance. The cross section is expressed as the Legendre polynomial decomposition. It is shown that the investigation if resonance with a spin J > 2 on the target-nuclei with spins I > 3/2 is the most interesting. 8 refs.;; 4 figs.; 2 tabs.}
place = {USSR}
year = {1990}
month = {Dec}
}