Abstract
A fast trigger algorithm to select B-events with an use of a silicon strip vertex detector is proposed. This algorithm is based on the existence of secondary decay vertices and may be used in case of point or wire target. The estimated time of decision is shorter than 1 {mu}sec. The trigger efficiency calculation results are presented both for secondary vertices trigger and for total transverse momentum trigger. The high efficiency and background rejection of the secondary vertices trigger is displayed. 20 refs.; 10 figs.
Citation Formats
Kolomenskij, G A, Obrant, G Z, and Smirnov, A I.
Fast trigger algorithm for B-events selection.
Russian Federation: N. p.,
1991.
Web.
Kolomenskij, G A, Obrant, G Z, & Smirnov, A I.
Fast trigger algorithm for B-events selection.
Russian Federation.
Kolomenskij, G A, Obrant, G Z, and Smirnov, A I.
1991.
"Fast trigger algorithm for B-events selection."
Russian Federation.
@misc{etde_10135680,
title = {Fast trigger algorithm for B-events selection}
author = {Kolomenskij, G A, Obrant, G Z, and Smirnov, A I}
abstractNote = {A fast trigger algorithm to select B-events with an use of a silicon strip vertex detector is proposed. This algorithm is based on the existence of secondary decay vertices and may be used in case of point or wire target. The estimated time of decision is shorter than 1 {mu}sec. The trigger efficiency calculation results are presented both for secondary vertices trigger and for total transverse momentum trigger. The high efficiency and background rejection of the secondary vertices trigger is displayed. 20 refs.; 10 figs.}
place = {Russian Federation}
year = {1991}
month = {Dec}
}
title = {Fast trigger algorithm for B-events selection}
author = {Kolomenskij, G A, Obrant, G Z, and Smirnov, A I}
abstractNote = {A fast trigger algorithm to select B-events with an use of a silicon strip vertex detector is proposed. This algorithm is based on the existence of secondary decay vertices and may be used in case of point or wire target. The estimated time of decision is shorter than 1 {mu}sec. The trigger efficiency calculation results are presented both for secondary vertices trigger and for total transverse momentum trigger. The high efficiency and background rejection of the secondary vertices trigger is displayed. 20 refs.; 10 figs.}
place = {Russian Federation}
year = {1991}
month = {Dec}
}