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首页> 外文期刊>Advances in Physics Theories and Applications >Investigating the Influence of Incomplete Fusion on Complete Fusion of 16 O –Induced Reaction ≈ 3-8 MeVucleon
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Investigating the Influence of Incomplete Fusion on Complete Fusion of 16 O –Induced Reaction ≈ 3-8 MeVucleon

机译:研究不完全融合对16 O诱导反应≈3-8 MeV /核仁完全融合的影响

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The dynamics of heavy-ion fusion reaction elaborate in the interaction of 1616O " projectiles with 16165Ho " and 51 V targets at ≈3-8MeVucleon speci?c energies were studied. This study were emphases on the relationship between entrance channel belongings and incomplete fusion reaction. The experimentally measured excitation functions of various reaction products duplicated by complete or incomplete fusions of 1616O " + 1651V" , 16165Ho " projectile-target systems had been compared and analyzed within the predicted excitation functions, using the statistical model code PACE4. For α-emitting channels in the present systems, the measured excitation functions had been highest than the predictions of the theoretical model code, which may focuses at these energies. However for non-alpha emitting channels in this system the measured excitation function had been nice agreement with the theoretical values. An endeavor were made to nearly the incomplete fusion fraction that designates importance of incomplete fusion process.
机译:研究了重离子聚变反应动力学,研究了1616O弹与16165Ho“>和51 V靶在≈3-8MeV/核子比能下的相互作用。这项研究的重点是进入通道的物品与不完全融合反应之间的关系。使用统计模型代码PACE4,在预测的激发函数内,对通过对1616O“> + 1651V”>,16165Ho≥射弹目标系统进行完全或不完全融合而重复生成的各种反应产物的实验测量激发函数进行了比较和分析。在本系统中的α发射通道,测得的激发函数比理论模型代码的预测值要高,这可能集中在这些能量上,但是对于该系统中的非α发射通道,测得的激发函数已经很好地吻合了。用理论值对几乎不完全融合的部分进行了努力,表明不完全融合过程的重要性。

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