A description of drift chambers used in a Fermilab experiment
- 作者R. Thun; C.W. Akerlof; P. Alley; D. Koltick; R.L. Loveless; D.I. Meyer; M. Zumberge; D. Bintinger; R.A. Lundy; D.D. Yovanovitch; W.R. Ditzler; D.A. Finley; F.J. Loeffler; E.I. Shibata; K.C. Stanfield
- 卷第138卷
- 期第3期
- 印刷ISSN0029-554X
- 文件大小595.10KB
- 发表时间1976
- DOI10.1016/0029-554x(76)90308-6
- 页码437-444
A method of measuring the efficiencies for detecting high energy neutrons in organic scintillatorsP.H. Bowen; G.C. Cox; G.B. Huxtable; A. Langsford; J.P. Scanlon; G.H. Stafford; J.J. Thresher · 1962
A new method to measure and increase the detection efficiency of a microchannel plate for 100 keV electronsTornow, R P · Measurement Science and Technology · 1990
Measurement of the detection efficiency for 130 MeV neutrons of a cylindrical NE213 cell by the associated particle methodP.T. Debevec; G.L. Moake; P.A. Quin · 1979
PRELIMINARY MEASUREMENTS OF THE LOW ENERGY DETECTION EFFICIENCY OF A Si(Li) DETECTOR FOR PIXE APPLICATIONSRODRIGUEZ, M.; YONEZAWA, T.; ISHII, K.; MATSUYAMA, S.; YAMAZAKI, H.; SATO, T.; AMARTAIVAN, TS.; SUGIHARA, S.; TANAKA, A.; KATO, K.; KOMORI, Y. · International Journal of PIXE · 2002
Calibration of the detection efficiency of energy dispersive X-ray spectrometers for absolute intensity measurements and for establishing a basis for a more rigorous quantitation procedureProcop, M; Scholze, F · Microscopy and Microanalysis · 2008
SPIE Proceedings [SPIE Medical Imaging - San Diego, CA (Saturday 17 February 2007)] Medical Imaging 2007: Physics of Medical Imaging - Development of a portable instrument for automated measurements of the detective quantum efficiency of x-ray detectorsCunningham, I. A.; Hsieh, Jiang; Flynn, Michael J.; Lazarev, S.; Sattarivand, M.; Jankovic, N. D. · 2007
A new measurement of the neutron detection efficiency for the NaI Crystal Ball detectorMartemianov, M.; Kulikov, V.; Demissie, B.T.; Marinides, Z.; Akondi, C.S.; Annand, J.R.M.; Arends, H.J.; Beck, R.; Borisov, N.; Braghieri, A.; Briscoe, W.J.; Cherepnya, S.; Collicott, C.; Costanza, S.; Downie, E.J.; Dieterle, M.; Bondy, M.I. Ferretti; Fil'kov, L.V.; Garni, S.; Glazier, D.I.; Glowa, D.; Gradl, W.; Gurevich, G.; Hornidge, D.; Huber, G.M.; Kaeser, A.; Kashevarov, V.L.; Keshelashvili, I.; Kondratiev, R.; Korolija, M.; Krusche, B.; Lazarev, A.; Linturi, J.M.; Lisin, V.; Livingston, K.; MacGregor, I.J.D.; Manley, D.M.; Martel, P.P.; Middleton, D.G.; Miskimen, R.; Mushkarenkov, A.; Neganov, A.; Neiser, A.; Oberle, M.; Ostrick, M.; Ott, P.; Otte, P.B.; Oussena, B.; Pedroni, P.; Polonski, A.; Prakhov, S.; Ron, G.; Rostomyan, T.; Sarty, A.; Schott, D.M.; Schumann, S.; Sokhoyan, V.; Steffen, O.; Strakovsky, I.I.; Strub, Th.; Supek, I.; Thiel, M.; Thomas, A.; Unverzagt, M.; Usov, Yu.A.; Wagner, S.; Watts, D.P.; Wettig, J.; Werthmüller, D.; Witthauer, L.; Wolfes, M. · Journal of Instrumentation · 2015