117379418
A Study of Wrong Sign Muon and Trimuon Events in Neutrino - Nucleon Scattering
122106908
Precision measurements and a high resolution near detector for Long-Baseline Neutrino program
125185500
RARE PROCESSES IN muon-neutrino N INTERACTIONS
126132968
Probing nucleon structure with neutrino - N experiments
121625417
A REVIEW OF NEUTRINO OSCILLATION SEARCH AT ACCELERATORS
119796065
Do present deep inelastic scattering data demonstrate R = RQCD?
Abstract Using recent measurements at SLAC and a simple model for higher twist effects, we argue that the present cumulative deep inelastic scattering data are consistent with but do not demonstrate R = R QCD .
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.
54876868
Study of Effects of Failure of Beamline Elements & Their Compensation in CW Superconducting Linac
Project-X is the proposed high intensity proton facility to be built at Fermilab, US. First stage of the Project-X consists of superconducting linac which will be operated in continuous wave (CW) mode to accelerate the beam from 2.5 MeV to 3 GeV. The operation at CW mode puts high tolerances on the beam line components, particularly on radiofrequency (RF) cavity. The failure of beam line elements at low energy is very critical as it results in mis-match of the beam with the following sections due to different beam parameters than designed parameter. It makes the beam unstable which causes emittance dilution, and ultimately results in beam losses. In worst case, it could affect the reliability of the machine and may lead to the shutdown of the Linac to replace the failed elements. Thus, it is important to study these effects and their compensation to get smooth beam propagation in linac. This paper describes the results of study performed for the failure of RF cavity & solenoid in SSR0 section.
45246960
High luminosity operation of the Fermilab accelerator complex
Run-II at Fermilab is progressing steadily. In the Run-II scheme, 36 antiproton bunches collide with 36 proton bunches at the CDF and Do interaction regions in the Tevatron at 980 GeV per beam. The current status and performance of the Fermilab Accelerator complex is reviewed. The plan for Run-II, accelerator upgrades and integration of the Recycler in the accelerator chain will be presented.
123096920
Dark Matter Detection with Bubble Chambers