DOI: 10.2172/10122756

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This work has “Bronze” OA status. This means it is free to read on the publisher landing page, but without any identifiable license.

A measurement of E/{pi} for a fast lead liquid argon calorimeter

D. Makowiecki,H. A. Gordon,Hong Ma,M.J. Murtagh,V. Radeka,D. Rahm,S. Rescia,G. S. Abrams,D. E. Groom,Frederick A. Kirsten,M.E. Levi,J. Siegrist,K. Amako,O. Inaba,Tomoki Kondo,A. Baden,D. G. Fong,Nicholas John Hadley,Shuichi Kunori,A. Skuja,T. Bowen,G. E. Forden,E. W. Jenkins,K. Johns,J. P. Rutherfoord,M. A. Shupe,T. H. Burnett,V. Cook,R. Davisson,P. Mockett,J. Rothberg,Robert W. Williams,L. Cremaldi,J. J. Reidy,D. J. Summers,N.J. DiGiacomo,P. Draper,T. Ferbel,F. Lobkowicz,Jürgen Faust,J. M. Hauptman,M. Pang,T. A. Gabriel,Vasken Hagopian,J. Womersley,T. Handler,D. G. Hitlin,G.T. Mulholland,Y. Watanabe,H. Weerts

Calorimeter (particle physics)

Nuclear physics

Argon

1990

The NA34 (HELIOS) calorimeter has measured e/{pi} {congruent} 1.1 in a uranium/liquid argon calorimeter with a shaping time of 135 nsec. Lead may be a viable alternative, but e/{pi} must first be measured at fast shaping times in lead. We re preparing to measure e/{pi} at momenta ranging from 0.5 to 20 GeV/c and with shaping times of 50, 100 and 150 nsec.

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“A measurement of E/{pi} for a fast lead liquid argon calorimeter” is a paper by D. Makowiecki H. A. Gordon Hong Ma M.J. Murtagh V. Radeka D. Rahm S. Rescia G. S. Abrams D. E. Groom Frederick A. Kirsten M.E. Levi J. Siegrist K. Amako O. Inaba Tomoki Kondo A. Baden D. G. Fong Nicholas John Hadley Shuichi Kunori A. Skuja T. Bowen G. E. Forden E. W. Jenkins K. Johns J. P. Rutherfoord M. A. Shupe T. H. Burnett V. Cook R. Davisson P. Mockett J. Rothberg Robert W. Williams L. Cremaldi J. J. Reidy D. J. Summers N.J. DiGiacomo P. Draper T. Ferbel F. Lobkowicz Jürgen Faust J. M. Hauptman M. Pang T. A. Gabriel Vasken Hagopian J. Womersley T. Handler D. G. Hitlin G.T. Mulholland Y. Watanabe H. Weerts published in 1990. It has an Open Access status of “bronze”. You can read and download a PDF Full Text of this paper here.