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首页> 外文期刊>Journal of Nuclear Physics, Material Sciences, Radiation and Applications >Influence of Incomplete Fusion Reaction on Complete Fusion Below 10 Mev/ Nucleon Energies
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Influence of Incomplete Fusion Reaction on Complete Fusion Below 10 Mev/ Nucleon Energies

机译：10 Mev /核能以下不完全融合反应对完全融合的影响

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An attempt has been made in the present work to provide an ample opportunity to explore the information about the influence of incomplete fusion (IC f ) reaction dynamics on complete fusion in heavy ion induced nuclear reactions. e xcitation functions for several evaporation residues produced in the interaction of projectile ~(16) O with target ~(175) l u have been measured over the wide projectile energy range ≈ 70-100 MeV. t he recoil-catcher activation technique followed by the offline γ -ray spectroscopy has been used for the present measurements. In case of precursor decay, we have made use of Cavinato et al. formulation to calculate the independent cross-section of the identified residues. t he measured ef s are compared with theoretical predictions of statistical model code PAC e -2 and any enhancement in the measured cross-section from theoretical prediction may be due to IC f reaction process. An attempt has been made to estimate the IC f contribution of the cross-section from the measured excitation function data and the dependence of IC f cross-section on projectile energy.
机译：在当前的工作中已经进行了尝试，以提供足够的机会来探索有关重离子诱导的核反应中不完全聚变（IC f）反应动力学对完全聚变的影响的信息。在约70-100 MeV的较宽的射弹能量范围内，测量了在〜16（175）l与目标〜（16）O相互作用中产生的几种蒸发残留物的激发函数。后坐力捕捉器激活技术和离线γ射线光谱技术已用于当前测量。万一前体腐烂，我们利用了Cavinato等人的方法。公式来计算所识别残基的独立横截面。将测得的ef s与统计模型代码PAC e -2的理论预测进行比较，理论预测的测得横截面的任何增强都可能是由于IC f反应过程造成的。已经尝试从测得的激励函数数据以及IC f截面与弹丸能量的相关性来估计截面的IC f贡献。

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