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- W2079211404 abstract "Cold fission of radioactive nuclei is studied in the super-asymmetric mass region of exotic cluster radioactivity, using the quantum-mechanical fragmentation theory (QMFT) based saddle-point fission (SPF) model for calculating the decay half-life times. The calculations show that cold fission also prefers light fragments like 24–26 Ne, 28,30 Mg, 32,34,36 Si, 37 P 38 S, 46 Ar and 48,50 Ca, some of which are observed in exotic cluster radioactivity. The predictions of the SPF model calculations are compared with the available exotic cluster-decay experimental data and the calculations based on the preformed-cluster model (PCM). The SPF model calculations show large disagreements with both the PCM and cluster-decay experimental data. For clusters of mass A 2 <46, the predicted half-lives for the SPF model are much smaller than for the PCM, which apparently means predicting the cold fission as a more probable process than the cluster-decay. The cold fission predicts some new decay modes which are far more probable (smaller log 10 T 1/2 -values) as cold fission fragments than as cluster-decay products. For heavier clusters (A 2 ≥46), the two models (SPF and PCM) make nearly identical predictions, which means predicting an overlap of two processes (cold fission and cluster-decay) for A 2 >46. Also, cold fission is found to be more probable than hot fission and a new fission mode (known as bimodel fission) is identified in the neighbourhood of the doubly magic [Formula: see text] fragment. Our calculations are made for 234 U, 238 Pu, 241 Am and 252 Cf." @default.
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- W2079211404 date "1994-03-01" @default.
- W2079211404 modified "2023-09-23" @default.
- W2079211404 title "SUPER-ASYMMETRIC COLD FISSION AND EXOTIC CLUSTER-DECAY" @default.
- W2079211404 doi "https://doi.org/10.1142/s0218301394000085" @default.
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