Cascade dynamics of kaonic nitrogen atom (K-N) in a gaseous target was simulated using a simple model. In this model the radiative transitions, internal Auger, K-electron refilling, nuclear absorption, and kaon decay processes were included. The effect of the K-electron refilling process on some of quantities of cascade dynamics such as X-ray yields, the averaged K-electron shell number, fraction of the nuclear absorption and the averaged de-excitation time was studied by Monte-Carlo method. Using a fitting method, the range of K-electron refilling rate was predicted between 0.1 to 0.6 ps-1. This result is in agreement with the theoretical value.
Raeisi Gahroei,M . (2019). Study of cascade dynamics of kaonic nitrogen atom by Monte-Carlo method. Iranian Journal of Physics Research, 11(4), 379-385.
MLA
Raeisi Gahroei,M . "Study of cascade dynamics of kaonic nitrogen atom by Monte-Carlo method", Iranian Journal of Physics Research, 11, 4, 2019, 379-385.
HARVARD
Raeisi Gahroei M. (2019). 'Study of cascade dynamics of kaonic nitrogen atom by Monte-Carlo method', Iranian Journal of Physics Research, 11(4), pp. 379-385.
CHICAGO
M Raeisi Gahroei, "Study of cascade dynamics of kaonic nitrogen atom by Monte-Carlo method," Iranian Journal of Physics Research, 11 4 (2019): 379-385,
VANCOUVER
Raeisi Gahroei M. Study of cascade dynamics of kaonic nitrogen atom by Monte-Carlo method. Iranian Journal of Physics Research. 2019;11(4):379-385 (In Persian).
