Abstract
A method for determination of the partial inelasticity coefficient K{sub {pi}{sup 0}} in individual nuclear-electromagnetic cascades (NEMC) generated by hadrons with energies {>=} 1 TeV in the homogeneous dense absorber of an ionization calorimeter is proposed. The method is approved on simulated NEMC imitating the experimental cascades in homogeneous dense absorber and allows one to obtain K{sub {pi}{sup 0}} distribution for experimentally identified primary pions, protons and neutrons. The developed method is first applied in the ionization calorimeter of the Pion installation. 10 refs.; 12 figs.; 3 tabs.
Citation Formats
Muradyan, M M, and Sokhoyan, S O.
A method of measuring the distribution of partial inelasticity coefficient K{sub {pi}{sup 0}} in hadron-nucleus interactions in the TeV energy range; Metodika izmereniya raspredeleniya partsial`nogo koehffitsienta neuprugosti K{sub {pi}{sup 0}} v adron-yadernykh vzaimodejstviyakh pri TehV-nykh ehnergiyakh.
USSR: N. p.,
1990.
Web.
Muradyan, M M, & Sokhoyan, S O.
A method of measuring the distribution of partial inelasticity coefficient K{sub {pi}{sup 0}} in hadron-nucleus interactions in the TeV energy range; Metodika izmereniya raspredeleniya partsial`nogo koehffitsienta neuprugosti K{sub {pi}{sup 0}} v adron-yadernykh vzaimodejstviyakh pri TehV-nykh ehnergiyakh.
USSR.
Muradyan, M M, and Sokhoyan, S O.
1990.
"A method of measuring the distribution of partial inelasticity coefficient K{sub {pi}{sup 0}} in hadron-nucleus interactions in the TeV energy range; Metodika izmereniya raspredeleniya partsial`nogo koehffitsienta neuprugosti K{sub {pi}{sup 0}} v adron-yadernykh vzaimodejstviyakh pri TehV-nykh ehnergiyakh."
USSR.
@misc{etde_10117606,
title = {A method of measuring the distribution of partial inelasticity coefficient K{sub {pi}{sup 0}} in hadron-nucleus interactions in the TeV energy range; Metodika izmereniya raspredeleniya partsial`nogo koehffitsienta neuprugosti K{sub {pi}{sup 0}} v adron-yadernykh vzaimodejstviyakh pri TehV-nykh ehnergiyakh}
author = {Muradyan, M M, and Sokhoyan, S O}
abstractNote = {A method for determination of the partial inelasticity coefficient K{sub {pi}{sup 0}} in individual nuclear-electromagnetic cascades (NEMC) generated by hadrons with energies {>=} 1 TeV in the homogeneous dense absorber of an ionization calorimeter is proposed. The method is approved on simulated NEMC imitating the experimental cascades in homogeneous dense absorber and allows one to obtain K{sub {pi}{sup 0}} distribution for experimentally identified primary pions, protons and neutrons. The developed method is first applied in the ionization calorimeter of the Pion installation. 10 refs.; 12 figs.; 3 tabs.}
place = {USSR}
year = {1990}
month = {Dec}
}
title = {A method of measuring the distribution of partial inelasticity coefficient K{sub {pi}{sup 0}} in hadron-nucleus interactions in the TeV energy range; Metodika izmereniya raspredeleniya partsial`nogo koehffitsienta neuprugosti K{sub {pi}{sup 0}} v adron-yadernykh vzaimodejstviyakh pri TehV-nykh ehnergiyakh}
author = {Muradyan, M M, and Sokhoyan, S O}
abstractNote = {A method for determination of the partial inelasticity coefficient K{sub {pi}{sup 0}} in individual nuclear-electromagnetic cascades (NEMC) generated by hadrons with energies {>=} 1 TeV in the homogeneous dense absorber of an ionization calorimeter is proposed. The method is approved on simulated NEMC imitating the experimental cascades in homogeneous dense absorber and allows one to obtain K{sub {pi}{sup 0}} distribution for experimentally identified primary pions, protons and neutrons. The developed method is first applied in the ionization calorimeter of the Pion installation. 10 refs.; 12 figs.; 3 tabs.}
place = {USSR}
year = {1990}
month = {Dec}
}