Ke4 DECAYS AND THE ISOSCALAR PION -PION RESONANCE AT LOW ENERGY. B. A. ARBUZOV, NGUYEN VAN HIEU, and R.N. FAUSTOV. Joint Institute for Nuclear Research.
pion-proton system? Marcin Zawisza. Warsaw University of Technology. IV Workshop on Particle Correlations and. Femtoscopy.
27 нояб. 2002 г. ... M. Gazdzicki,10 G. Georgopoulos,2 E. Gładysz,7 S. Hegyi,5 C. Höhne,15 ... R. Renfordt,10 W. Retyk,18 C. Roland,6 G. Roland,6 A. Rybicki,7 T.
The pion–nucleon (πNN) coupling constant is of fundamental importance in both nuclear and particle physics. In nuclei it sets the scale of the interaction, ...
determine the pion-nucleon scattering amplitude. The usual dispersion relations by themselves are not sufficient and we have to assume a representation ...
ˆ Sherry J. Yennello (Co-PI). ˆ Bob Olsen (Staff). ˆ Alan B. McIntosh (Postdoc 2010 2013, Assistant Research Scientist). Korea University, South Korea.
Presently existing meson factories such as LAMPF,. TRIUMF and PSI provide insufficient pion fluxes above the 3,3 resonance region for access to topics such as ...
In common with a number of simple processes involving elementary particles, charged pion decays are profoundly shaped by applicable Standard Model (SM) ...
scattering amplitude is represented as a sum of the direct-channel ... 1 peo de Ima(s) 1 pa dp Ima(s) a(vu)=- | ... In the otp process,.