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The Influence of the Entrance Channel on the Formationand Decay of the Compound Nucleus 250No

机译:入口通道对复合核的形成和衰减的影响250 no

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摘要

The mass-energy and angular distributions of binary fissionlike fragments produced in the reactions 44Ca 206Ph and 64Ni + 186w, leading to the same compound nucleus 250No, have been measured at excitation energies of 30 and 40 MeV. The presence of the quasifission component was observed for both systems. But in the case of the 64Ni ion, the quasifission process dominates, while in the case of the 44Ca ion, the main process is the fusion-fission of compound nucleus 250No. From the angular distributions of reaction fragments, the time scales were found for quasifission and fusion-fission for both reactions.
机译:在反应44Ca 206ph和64ni + 186w中产生的二元裂变片段的质量和角度分布,其导致相同的化合物250no,在30和40mev的激发能中测量。 对两个系统观察到拟种组分的存在。 但是在64ni离子的情况下,Quasififation方法主导,而在44Ca离子的情况下,主要过程是化合物核250no的融合裂变。 从反应碎片的角分布,发现时间尺度用于两种反应的抗血清和融合。

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