123543660
Deep Inelastic Lepton-Nucleon Scattering
Experiments on deep inelastic scattering have demonstrated the validity of the electroweak theory and the quark structure of nucleons. Experiments are in the process of testing the predictions of QCD. The fundamental Bjorken sum rule has not yet been tested, but the recent measurement by EMC may well lead to a new understanding of the nucleon spin among the constituents. Neutrino experiments will have to reach a new level of precision to distinguish between competing theoretical models.(AIP)
117379418
A Study of Wrong Sign Muon and Trimuon Events in Neutrino - Nucleon Scattering
126132968
Probing nucleon structure with neutrino - N experiments
120145437
Prospect of Dimuon Analysis at the MINOS Near Detector
We present the prospect of dimuon analysis at the MINOS Near Detector. We report the selection of opposite sign charm induce dimuon events in the neutrino-nucleon deep inelastic scattering. Using a cut based optimized selection algorithm, we expect to select 1484 charm induce dimuon events in 7.0x10{sup 20} POT of projected data. We study the cross section ratio of charm induce dimuon to single muon charge-current events in energy range 4-80 GeV in simulated events and expect a 10% statistical uncertainty on the cross section ratio in projected data. We also report the study of like sign dimuon events and compare the data with Monte Carlo prediction.
118619077
Recent electroweak results from the CCFR collaboration: Neutrino tridents and W-Z interference and the Lorentz structures of the weak current
59370246
CALCULATION OF ACCEPTANCE OF HIGH INTENSITY SUPERCONDUCTING PROTON LINAC FOR PROJECT-X*
Project-X is the proposed high intensity proton facility to be built at Fermilab, US. Its Superconducting Linac, to be used at first stage of acceleration, will be operated in continuous wave (CW) mode. The Linac is divided into three sections on the basis of operating frequencies & six sections on the basis of family of RF cavities to be used for the acceleration of beam from 2.5 MeV to 3 GeV. The transition from one section to another can limit the acceptance of the Linac if these are not matched properly. We performed a study to calculate the acceptance of the Linac in both longitudinal and transverse plane. Investigation of most sensitive area which limits longitudinal acceptance and study of influence of failure of beam line elements at critical position, on acceptance are also performed.
123096920
Dark Matter Detection with Bubble Chambers