In this work, using the liquid drop model in the context of the stabilized jellium model, we have studied the fission of charged Na clusters. In this study we have assumed a deformed non-spherical shape for the cluster. The ground state energies, critical sizes, fission barrier height, and the evaporation energies have been calculated. The results show a better agreement to the experimental results compared to our earlier work.
Payami,M and Shakeri,B . (2019). Study of the fission process of deformed Na clusters in liquid-drop stabilized jellium model. Iranian Journal of Physics Research, 8(3), 137-141.
MLA
Payami,M , and Shakeri,B . "Study of the fission process of deformed Na clusters in liquid-drop stabilized jellium model", Iranian Journal of Physics Research, 8, 3, 2019, 137-141.
HARVARD
Payami M, Shakeri B. (2019). 'Study of the fission process of deformed Na clusters in liquid-drop stabilized jellium model', Iranian Journal of Physics Research, 8(3), pp. 137-141.
CHICAGO
M Payami and B Shakeri, "Study of the fission process of deformed Na clusters in liquid-drop stabilized jellium model," Iranian Journal of Physics Research, 8 3 (2019): 137-141,
VANCOUVER
Payami M, Shakeri B. Study of the fission process of deformed Na clusters in liquid-drop stabilized jellium model. Iranian Journal of Physics Research. 2019;8(3):137-141 (In Persian).