Author:
Koga Jun,Takada Shusuke,Yoshioka Tamaki,Shimizu Hirohiko M.,Hirota Katsuya,Oi Norio,Yamamoto Tomoki,Ito Ikuya,Ishizaki Kohei,Endo Shunsuke,Sato Takumi,Kitaguchi Masaaki,Haddock Christopher C.,Okudaira Takuya,Sakai Kenji,Kimura Atsushi
Abstract
It is theoretically suggested that the violation of charge conjugation and parity symmetry (CP-violation) could be enhanced in several compound nuclear reactions. According to the CPT theorem the violation of time-reversal symmetry (T-violation) would be enhanced too. The experimental sensitivity to find a T-violating effect in neutron-induced compound nuclear reactions depends on the value of a spin factor κ(J), which is a parameter specific for each nuclide. It can be determined from the angular dependence of γ-ray emission in (n,γ) reactions induced near a p-wave resonance. In this paper, the measurement result and the analysis status of experiments using the target nucleus 117Sn are reported.
Cited by
2 articles.
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