Radiation-Damage Effects on the Silicon Microstrip Detector in E789 - a Fixed Target Experiment at Fermilab
Journal
Nuclear Physics B
Pages
425-430
Date Issued
1993
Author(s)
Kapustinsky, Js
Apolinski, M.
Boissevain, J.
Brown, Cn
Brown, G.
Carey, Ta
Chen, Yc
Childers, R.
Cooper, We
Darden, Cw
Gidal, G.
Glass, Hd
Gounder, Kn
Isenhower, D.
Jansen, Dm
Jeppesen, R.
Kaplan, Dm
Kiang, Gc
Kowitt, Ms
Lane, Dw
Lederman, L.
Leitch, Mj
Lillberg, Jw
Luebke, W.
Luk, Kb
Martin, Vm
Mcgaughey, Pl
Mishra, Cs
Moss, Jm
Peng, Jc
Preston, Rs
Pripstein, D.
Sa, J.
Sadler, M.
Schnathorst, R.
Schub, Mh
Schwint, R.
Snodgrass, D.
Tanikella, Vn
Teng, Pk
Wilson, Jw
Abstract
A Silicon Microstrip Spectrometer has been installed and successfully operated in experiment E789 at Fermilab. The main physics goal of the experiment is to search for charged particle decays of B and D Mesons. Damage effects due to ionizing radiation exposure to the silicon during the experiment are reported. © 1993.
SDGs
Type
journal article