Abstract
The expression of thermonuclear reaction rate for isotropic distribution of particles - one-fold integral through relative rates of interacting particles - is generalized to the case of anisotropic distribution of particles, both different and identical in the inlet reactor channel. Application of derived formulae to evaluation of neutron generation in high-power pinch discharges in deuterium plasma is discussed. This application is considered to be effective, if the combination of two mechanisms of neutron generation - thermonuclear and target ones - really takes place. 10 refs.
Citation Formats
Imshennik, V S.
Nuclear reaction rate at anisotropic distribution of interacting particles; Skorost` yadernykh reaktsij pri anizotropnom raspredelenii vzaimodejstvuyushchikh chastits.
USSR: N. p.,
1989.
Web.
Imshennik, V S.
Nuclear reaction rate at anisotropic distribution of interacting particles; Skorost` yadernykh reaktsij pri anizotropnom raspredelenii vzaimodejstvuyushchikh chastits.
USSR.
Imshennik, V S.
1989.
"Nuclear reaction rate at anisotropic distribution of interacting particles; Skorost` yadernykh reaktsij pri anizotropnom raspredelenii vzaimodejstvuyushchikh chastits."
USSR.
@misc{etde_10157586,
title = {Nuclear reaction rate at anisotropic distribution of interacting particles; Skorost` yadernykh reaktsij pri anizotropnom raspredelenii vzaimodejstvuyushchikh chastits}
author = {Imshennik, V S}
abstractNote = {The expression of thermonuclear reaction rate for isotropic distribution of particles - one-fold integral through relative rates of interacting particles - is generalized to the case of anisotropic distribution of particles, both different and identical in the inlet reactor channel. Application of derived formulae to evaluation of neutron generation in high-power pinch discharges in deuterium plasma is discussed. This application is considered to be effective, if the combination of two mechanisms of neutron generation - thermonuclear and target ones - really takes place. 10 refs.}
place = {USSR}
year = {1989}
month = {Dec}
}
title = {Nuclear reaction rate at anisotropic distribution of interacting particles; Skorost` yadernykh reaktsij pri anizotropnom raspredelenii vzaimodejstvuyushchikh chastits}
author = {Imshennik, V S}
abstractNote = {The expression of thermonuclear reaction rate for isotropic distribution of particles - one-fold integral through relative rates of interacting particles - is generalized to the case of anisotropic distribution of particles, both different and identical in the inlet reactor channel. Application of derived formulae to evaluation of neutron generation in high-power pinch discharges in deuterium plasma is discussed. This application is considered to be effective, if the combination of two mechanisms of neutron generation - thermonuclear and target ones - really takes place. 10 refs.}
place = {USSR}
year = {1989}
month = {Dec}
}