Abstract
A tracking detector with bundles of capillaries 20-25 mum in diameter, 0.4 m long filled with a new liquid scintillator exposed to the 70 GeV/c p{sup +} beam has been studied. An attenuation length of 60-80 cm at distances L>20 cm is obtained. Hit density on a track at a distance L=155 mm is n=4.4 mm{sup -1} and n{sub 0}=9.6 mm{sup -1} at L=0. A straight-line RMS residual is {sigma}{sub tr}=30 mum, the two track resolution is {sigma}{sub tt}=57 mum. The light detected outside the track region ({+-}3{sigma}{sub tt}) is 14% of the total detected light. 4 refs.; 7 figs.; 1 tab.
Citation Formats
Bozhko, N I, Golovkin, S V, and Gorin, A M.
Tracking detector based on capillaries with liquid scintillator.
USSR: N. p.,
1991.
Web.
Bozhko, N I, Golovkin, S V, & Gorin, A M.
Tracking detector based on capillaries with liquid scintillator.
USSR.
Bozhko, N I, Golovkin, S V, and Gorin, A M.
1991.
"Tracking detector based on capillaries with liquid scintillator."
USSR.
@misc{etde_10128366,
title = {Tracking detector based on capillaries with liquid scintillator}
author = {Bozhko, N I, Golovkin, S V, and Gorin, A M}
abstractNote = {A tracking detector with bundles of capillaries 20-25 mum in diameter, 0.4 m long filled with a new liquid scintillator exposed to the 70 GeV/c p{sup +} beam has been studied. An attenuation length of 60-80 cm at distances L>20 cm is obtained. Hit density on a track at a distance L=155 mm is n=4.4 mm{sup -1} and n{sub 0}=9.6 mm{sup -1} at L=0. A straight-line RMS residual is {sigma}{sub tr}=30 mum, the two track resolution is {sigma}{sub tt}=57 mum. The light detected outside the track region ({+-}3{sigma}{sub tt}) is 14% of the total detected light. 4 refs.; 7 figs.; 1 tab.}
place = {USSR}
year = {1991}
month = {Dec}
}
title = {Tracking detector based on capillaries with liquid scintillator}
author = {Bozhko, N I, Golovkin, S V, and Gorin, A M}
abstractNote = {A tracking detector with bundles of capillaries 20-25 mum in diameter, 0.4 m long filled with a new liquid scintillator exposed to the 70 GeV/c p{sup +} beam has been studied. An attenuation length of 60-80 cm at distances L>20 cm is obtained. Hit density on a track at a distance L=155 mm is n=4.4 mm{sup -1} and n{sub 0}=9.6 mm{sup -1} at L=0. A straight-line RMS residual is {sigma}{sub tr}=30 mum, the two track resolution is {sigma}{sub tt}=57 mum. The light detected outside the track region ({+-}3{sigma}{sub tt}) is 14% of the total detected light. 4 refs.; 7 figs.; 1 tab.}
place = {USSR}
year = {1991}
month = {Dec}
}