Charm Production at NuTeV

NuTeV Collaboration: T. Adams,A. Alton,S. Avvakumov,L. de Barbaro,P. de Barbaro,R. H. Bernstein,A. Bodek,T. Bolton,J. Brau, D. Buchholz,H. Budd,L. Bugel,J. Conrad,R. B. Drucker,R. Frey, J. Formaggio,J. Goldman, M. Goncharov,D. A. Harris,R. A. Johnson,S. Koutsoliotas, J. H. Kim,M. J. Lamm,W. Marsh,D. Mason,C. McNulty,K. S. McFarland,D. Naples,P. Nienaber,A. Romosan,W. K. Sakumoto,H. Schellman,M. H. Shaevitz,P. Spentzouris,E. G. Stern,B. Tamminga, M. Vakili,A. Vaitaitis,V. Wu,U. K. Yang, J. Yu,G. P. Zeller

msra（1999）

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摘要

Neutrino deep-inelastic scattering provides a means to study both the strange and charm content of the nucleon. The NuTeV experiment (Fermilab E-8Neutrino deep-inelastic scattering provides a means to study both the strange and charm content of the nucleon. The NuTeV experiment (Fermilab E-815) takes full advantage of separated neutrino and anti-neutrino beams to probe the nucleon. The strange sea is studied with charged-current charm production resulting in an opposite-signed two muon final state. The charm content of the nucleon is probed via neutral-current charm production creating an event with a single wrong-signed muon. Preliminary results are presented for both analyses.

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关键词

neutral current,deep inelastic scattering,high energy physics

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