Nucleon-NucleonT-Violating Force from Electromagnetic Interaction
Author:
Publisher
American Physical Society (APS)
Link
http://harvest.aps.org/v2/journals/articles/10.1103/PhysRevD.1.882/fulltext
Reference16 articles.
1. Evidence for the2πDecay of theK20Meson
2. CPViolation inK0Decays
3. The violation of CP invariance
4. Violation ofCPInvariance and the Possibility of Very Weak Interactions
5. PossibleC,TNoninvariance in the Electromagnetic Interaction
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1. Possibility of T-violating P-conserving magnetism and its contribution to the T-odd P-even neutron–nucleus forward elastic scattering amplitude;The European Physical Journal C;2001-03
2. Model analysis of time-reversal symmetry test in theFe57γ-transition experiment;Physical Review C;1993-08-01
3. Time-reversal invariance in multipole mixing ratios;Nuclear Physics A;1989-03
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5. Time violating amplitudes in the (3He, p) reactions;Canadian Journal of Physics;1988-07-01
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