Papers on detector technique

       PbWO4
       Aerogel
       Vacuum
       Plastic scintillator
       Photodetectors
       Photon veto inefficiency
       Statistics

       PbWO4

Detectionof Monochromatic Photons Between 50 and 790 MeV With a PbWO4-Scintillator Array

K. Mengel et al., IEEE Trans Nucl. Sci 45, 681 (1998) (.pdf 1.01MB)

Responseof a PbWO4-Scintillator Array to Electrons in the Energy Regime Below 1GeV

R. Novotny et al., IEEE Trans Nucl. Sci 44, 477(1997) (.pdf 1.22MB)

Electromagnetic Calorimetry with PbWO4 in the Energy Regime below 1 GeV

R. Novotny et al., IEEE Trans Nucl. Sci 47, 1499(2000) (.pdf 0.68MB)

Improved light yield of lead tungstate scintillators

A. Annenkov et al., NIM A450, 71 (2000) (.pdf 0.14MB)

       Aerogel

Monte-Carlo Simulation for an Aerogel Cherenkov Counter

R. Suda et al., NIM A406, 213 (1998) (.ps 1.77MB)

RingImaging Cherenkov Counter with Aerogel Radiator for HERMES

LF. Zhang, Master's Thesis, Tokyo Institute of Technology (1999) (.ps 1.52MB)

OpticalCharacterization of n=1.03 Silica Aerogel Used as Radiator in the RICHof HERMES

E. Aschenauer et al., NIM A in press (.ps 0.18MB)

       Vacuum

Preliminary Studies for the LHCb Vertex Detector VacuumSystem

O. Postma et al., LHCb 99-045/VELO     (.ps 1.50MB)

Vacuum issues in the CKM veto system

E. Ramberg, 18 Dec 2003 (.ppt 3.97MB) (.pdf 1.35MB)

Picture of KEK E391a vacuum barrier

Y. Yoshimura, Apr 2004 (.pdf 3.57MB)

        Plastic Scintillator

Pion absorption reactions on N, Ar and Xe

B. Kotlinski et al., Eur. Phys. J. A 9, 537-552 (2000) (.pdf 0.724MB)

Multiproton final states in positive pion absorption below the Delta(1232) resonance

R. A. Giannelli et al., Phys. Rev C 61, (2000) (.pdf 0.244MB)

Pi+ absorption on N and Ar

D Rowntree et al., Phys. Rev C 60, 054610 (1999) (.pdf 0.412MB)

Pion absorption results from the meson factories

C.H.Q. Ingram, Nucl. Phys. A 684, 122c-129c (2001) (.pdf 0.385MB)

Injection Molding scintillator for ATLAS Tile calorimeter

A. Karyukhin, et al., ATLAS Internal Note (.ps 0.56MB)

The WLS Fiber Time Properties Study

V. Brekhovskih et al., LHCb 2000-39 (.ps 0.68MB)

        Photodetectors

Study of Pixellated High Gain Avalanche Photodiodes for Single Photon Detection

Y. Musienko et al. (.pdf 0.17MB)

        Photon Veto Inefficiency

Photon detection inefficiency measurements using tagged photons from the decay K+ -> pi+,pi0

T. Sasaki, Osaka masters thesis, 6 Feb 1997 (.pdf 1.12MB)

Measurements of inefficiency of photo-nuclear interaction with lead/scintillator sampling calorimeter

K. Kurebayashi, Osaka Masters Thesis (in Japanese), 4 Feb. 1999 (.pdf 5.02MB)

Measurements of the photon detection inefficiency of calorimeters at energies below 1 GeV

S. Ajimura, et al. NIM A552, 262-275, 22 July 2005 (.pdf 1.53MB)

Measurements of the photon detection inefficiency of calorimeters between 185 and 505 MeV

S. Ajimura, et al. NIM A435, 408-422, 15 May 1999 (.pdf 0.73MB)

Reanalysis of photon detection inefficiencies for the KEK-CsI and 1mm-Pb/3mm Scinti calorimeters

H. Watanabe, KEK-ES171 Internal Report (.pdf 3.65MB)

Watanabe thesis

Saga masters thesis (in Japanese) (gzipped .ps 3.37MB)
Local PDF copy (20.6MB)

Measurement of the photon detection inefficiency due to photo-nuclear interaction

K. Sakashita, Osaka masters thesis, 24 Apr 2002 (.pdf 2.86MB)

Bottom Up Study of K_L => pi0,nu,nubar experiment

K. Manabe, Osaka masters thesis, 25 Mar 2000 (.ps 7.92MB)

Measurement of Inefficiency of photo-nuclear interaction with CsI photon counter

K. Mori, Osaka masters thesis, Feb 1999 (.ps 6.23MB)

An introduction to FLUKA physics models and applications

A. Ferrari talk     Abridgement by D. Jaffe

       Statistics

Cousins & Feldman: paper, expanded tables

NOTICE TO USERS

Use of this system constitutes consent to security monitoring and testing.
All activity is logged with your host name and IP address.

Papers on detector technique

NOTICE TO USERS Use of this system constitutes consent to security monitoring and testing. All activity is logged with your host name and IP address.

NOTICE TO USERS

Use of this system constitutes consent to security monitoring and testing.
All activity is logged with your host name and IP address.