What people are saying - Write a review
We haven't found any reviews in the usual places.
i x X Experiments Compete with Neutron
Tests of Time Reversal Invariance with MeV Neutrons
7 other sections not shown
Other editions - View all
alignment alkali analyzing power angular momentum asymmetry atoms axis beta decay bounds Bunakov and V. P. calculation coefficient cold neutrons component contribution coupling CP-violation CPNC density detailed balance detector discussed eigenstate electron experimental factor forward scattering amplitude Fundamental Interactions Hamiltonian holmium isospin kaon Lett limit magnetic field matrix elements measured N-N interaction neutron beam neutron electric dipole neutron polarization neutron spin neutron transmission nonleptonic Nucl nuclear orientation nuclei nucleon nucleon-nucleon observed optical pumping orientation P-conserving P-odd p-resonance p-wave resonance P,T-violating P. K. Kabir parameters phase Phys pion polarisation polarized neutron potential proton quarks reactions resonance enhancement reversal invariance rotation scattering amplitude sensitive spectral Stodolsky T-invariance T-noninvariance T-odd T-violating T-violating effects target temperature term tests time-reversal total cross section transition triple correlation TRNI TUNL University unpolarized V. E. Bunakov V. P. Gudkov weak interaction width