Abstract
It is proposed to use the results of simulation to estimate directly the physical quantity sought for the relative fraction of different channels of the multiple production reaction. The proposed method of determination of the relativistic fraction of the multiple production channels was checked by determining the confidence intervals on the mass of the superpartners of electron and neutrino by the decay of W bosons. The simular data generated under the conditions of the experiment UA1 have been used. It is shown that hypotheses on a mass difference of {approx_equal} 10 GeV can be separated. The technique developed allows to carry out analysis also in case of measurement of many indirect features (N>>2) when use of traditional methods becomes problematic. 13 refs.; 5 figs.; 1 tab.
Citation Formats
Chilingaryan, A A.
A statistical method of elementary particle mass determination via indirect measurements using simulation data.
USSR: N. p.,
1990.
Web.
Chilingaryan, A A.
A statistical method of elementary particle mass determination via indirect measurements using simulation data.
USSR.
Chilingaryan, A A.
1990.
"A statistical method of elementary particle mass determination via indirect measurements using simulation data."
USSR.
@misc{etde_10129006,
title = {A statistical method of elementary particle mass determination via indirect measurements using simulation data}
author = {Chilingaryan, A A}
abstractNote = {It is proposed to use the results of simulation to estimate directly the physical quantity sought for the relative fraction of different channels of the multiple production reaction. The proposed method of determination of the relativistic fraction of the multiple production channels was checked by determining the confidence intervals on the mass of the superpartners of electron and neutrino by the decay of W bosons. The simular data generated under the conditions of the experiment UA1 have been used. It is shown that hypotheses on a mass difference of {approx_equal} 10 GeV can be separated. The technique developed allows to carry out analysis also in case of measurement of many indirect features (N>>2) when use of traditional methods becomes problematic. 13 refs.; 5 figs.; 1 tab.}
place = {USSR}
year = {1990}
month = {Dec}
}
title = {A statistical method of elementary particle mass determination via indirect measurements using simulation data}
author = {Chilingaryan, A A}
abstractNote = {It is proposed to use the results of simulation to estimate directly the physical quantity sought for the relative fraction of different channels of the multiple production reaction. The proposed method of determination of the relativistic fraction of the multiple production channels was checked by determining the confidence intervals on the mass of the superpartners of electron and neutrino by the decay of W bosons. The simular data generated under the conditions of the experiment UA1 have been used. It is shown that hypotheses on a mass difference of {approx_equal} 10 GeV can be separated. The technique developed allows to carry out analysis also in case of measurement of many indirect features (N>>2) when use of traditional methods becomes problematic. 13 refs.; 5 figs.; 1 tab.}
place = {USSR}
year = {1990}
month = {Dec}
}