118729996
K- p amplitudes near the lambda(1520)
117178818
Study of the reaction nu n ---> mu- p
126145842
Low atmospheric muon-neutrino / electron-neutrino ratio as manifestation of p ---> e+ neutrino neutrino: An Update
120481202
Search for CP Violation in the Time Distribution of K(Neutral)-->pi+pi- pi0
117258799
Physics Calibration of the SOUDAN II Nucleon Decay Experiment Using BNL Neutrinos
199679707
Measurement of muon plus proton final states in $\nu_{\mu}$ Interactions on Hydrocarbon at $ $ = 4.2 GeV
123581677
LINEARIZED VERSION OF THE HARTREE--FOCK METHOD.
18649329
Generation of single-mode intelligent states and an analytic approach to their quantum statistical properties
We discuss a scheme for generation of single-mode photon states associated with the two-photon realization of the SU(1,1) algebra. This scheme is based on the process of non-degenerate down-conversion with the signal prepared initially in the squeezed vacuum state and with a measurement of the photon number in one of the output modes. We focus on the generation and properties of single-mode SU(1,1) intelligent states which minimize the uncertainty relations for Hermitian generators of the group. Properties of the intelligent states are studied by using a `weak' extension of the analytic representation in the unit disc. Then we are able to obtain exact analytical expressions for expectation values describing quantum statistical properties of the SU(1,1) intelligent states. Attention is mainly devoted to the study of photon statistics and linear and quadratic squeezing.
116331218
Invariant mass distributions from high energy inelastic neutrino and antineutrino interactions
122141713
A liquid-scintillator total-absorption hadron calorimeter for the study of neutrino interactions
Abstract We describe the performance of a large-volume liquid-scintillator calorimeter which has been used to measure the total energy of hadrons produced by interactions of neutrinos with nucleons. The resolution of the calorimeter is about 12% rms for incident pions over the energy range 20–150 GeV, and about 15% for neutrino-induced hadron systems in the chosen fiducial volume after corrections for imperfect energy containment.
121529384
Measurements of neutrino and antineutrino cross sections at high energies