Optimizing the Tracking Efficiency for Cosmic Ray Muon Tomography

J. A. Green, C. Alexander,T. Asaki,J. Bacon,G. Blanpied,K. Borozdin, A. Canabal-Rey, M. Cannon,R. Chartrand, D. Clark,C. Espinoza, E. Figueroa,A. Fraser,M. Galassi,J. Gomez,J. Gonzales,A. Green,N. Hengartner,G. Hogan,A. Klimenko,P. McGaughey,G. McGregor,J. Medina,C. Morris, K. Mosher, C. Orum,F. Pazuchanics,W. Priedhorsky,A. Sanchez,A. Saunders,R. Schirato,L. Schultz,M. Sossong,M. Sottile, J. Tenbrink,R. Van de Water,K. Vixie,B. Wohlberg

Nuclear Science Symposium Conference Record, 2006 IEEE（2006）

Cited 34|Views41

Key words

cosmic ray apparatus,cosmic ray muons,drift chambers,particle track visualisation,cosmic ray flux,cosmic ray muon tomography,detector scattering residuals,exposure time minimization,muion tracking,muon scattering variance,track reconstruction,tracking efficiency optimization

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