On the Stability of Superheavy Nuclei against Fission, Alpha Decay and Electron Capture
Jens Grumann, Tihomir Morović, Walter Greiner
Abstract
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Jens Grumann, Tihomir Morović, Walter Greiner
Abstract
Open-access reader
Abstract The potential energy surface has been calculated by two methods which are compared with respect to spontaneous fission. In the first one essentially the sum of the single particle energies is computed as was done in a previous paper3 while in the second one the Strutinsky technique of renormalizing to a liquid drop model has been applied. Also the half-lives for electron capture are investigated together with the predictions of the half-lives for spontaneous fission and α-decay. The results support the existence of superheavy nuclei in the regions around Z = 114 and Z = 164.
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Abstract The potential energy surface has been calculated by two methods which are compared with respect to spontaneous fission. In the first one essentially the sum of the single particle energies is computed as was done in a previous paper3 while in the second one the Strutinsky technique of renormalizing to a liquid drop model has been applied. Also the half-lives for electron capture are investigated together with the predictions of the half-lives for spontaneous fission and α-decay. The results support the existence of superheavy nuclei in the regions around Z = 114 and Z = 164.
Key concepts: Fission, Spontaneous fission, Semi-empirical mass formula, Alpha decay, Physics, Cluster decay, Nuclear physics, Electron