首页> 外文期刊>International journal of modern physics, E. Nuclear physics >Investigation of incomplete fusion in 19F+159Tb reaction at beam energy of ~ 5 MeVucleon
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Investigation of incomplete fusion in 19F+159Tb reaction at beam energy of ~ 5 MeVucleon

机译:束能量〜5 MeV /核子时19F + 159Tb反应不完全融合的研究

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Formation cross-sections of evaporation residues have been measured in ~(19)F+~(159)Tb reaction at E_(lab)=83, 88, 93, 98 and 103 MeV using recoil catcher technique followed by off-line gamma-ray spectrometry. Significant contribution from incomplete fusion has been observed at these low beam energies indicating the contribution to incomplete fusion from collision trajectories with angular momentum (l) less than the critical angular momentum for complete fusion (l_(cr)(CF)). Incomplete fusion cross-sections could be explained using a modified sum-rule model which allows effective competition from incomplete fusion for collision trajectories with l
机译:使用反冲捕集器技术,然后通过离线伽马射线,在〜(19)F +〜(159)Tb反应中,在E_(lab)= 83、88、93、98和103 MeV的条件下,测量了蒸发残留物的形成截面。光谱法。在这些近光能量下观察到了来自不完全融合的重要贡献,表明角动量(l)小于完全融合的临界角动量(l_(cr)(CF))的碰撞轨迹对不完全融合的贡献。可以使用改进的和规则模型来解释不完全融合的横截面,该模型允许从不完全融合中有效竞争l

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