Study of Complete and Incomplete Fusion Reaction in the Interaction of 12C+ 128 Te and 14N + 128 Te system below 7 MeV/A.

Advances in Physics Theories and Applications Pub Date : 2019-01-01 DOI:10.7176/apta/81-01

Asnake Girma

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Abstract

In this paper, an attempt was made to measure the excitation function for the disappearance residues recognized in the interaction of 12 C+ 128 Te and 14 N + 128 Te system with the observation to investigating the complete and incomplete fusion reaction dynamics in heavy ion induced reaction. The incentive of this study was break up of 12 C and 14 N in reaction below 7MeV/A and associate the excitation function for 12 C and 14 N with the same target 128 Te prominent different compound system. PACE-4 were used for analysis of the system, and the measured excitation functions for precise decay channel in two case i.e. ( 12 C+ 128 Te and 14 N + 128 Te) have been associated and established in Bohr assumption in case of complete fusion channels. The properties of coulomb barrier and other entrance channel parameters were established to be relatively significant in decisive the decay mode of composite system. Additionally the incomplete fusion dynamics were also perceived to be of significant importance in present energy section. Keywords : Complete Fusion, Incomplete fusion, non-α-emitting, α-emitting DOI : 10.7176/APTA/81-01 Publication date: December 31 st 2019

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7 MeV/A以下12C+ 128te与14N + 128te体系相互作用中完全和不完全聚变反应的研究

本文通过对重离子诱导反应中完全和不完全聚变反应动力学的观察，对12c + 128te和14n + 128te体系相互作用中识别的消失残基的激发函数进行了测量。本研究的激励是12c和14n在低于7MeV/A的反应中分解，并将12c和14n的激发函数与同一目标128显著不同的化合物体系相关联。利用PACE-4对系统进行了分析，建立了在完全聚变通道情况下(12c + 128te和14n + 128te)两种情况下精确衰变通道的激发函数，并建立了玻尔假设。确定了库仑势垒和其他入口通道参数的性质对复合体系的衰减模式具有相对重要的决定作用。此外，不完全融合动力学也被认为是目前能源部分的重要意义。关键词:完全融合，不完全融合，不α-发射，α-发射DOI: 10.7176/APTA/81-01出版日期:2019年12月31日

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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Advances in Physics Theories and Applications

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