中子源向人体传递能量估算的新研究

Seyed Alireza Mousavi Shirazi
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引用次数: 0

摘要

由于中子(特别是快中子)在辐射剂量学中具有很高的权重因子,因此在实验室或诊所将人体暴露于中子源可能会使人体组织处于危险和危险的境地。在这项研究中,身体组织和软组织(包括脂肪和皮肤)被分解成它们的基本元素,然后被中子释放出来。本研究可应用于肿瘤治疗的所有组织。计算了组织中基本元素的中子与原子核碰撞产生的中子能量,并对结果进行了总结。结果表明,在3.5 ~ 10.5 MeV和15 ~ 16.5 MeV的能量范围内转移能量最高。同样,传递能量图的趋势与其他基本元素非常相似,并且最大传递能量发生在原子量较小的元素上。
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A new investigation into the estimation of transferred energy from a neutron source to a human’s body
Since neutrons especially fast neutron has a high weighting factor in radiation dosimetry, exposing the human’s body to a neutron source in a laboratory or clinic may put body tissues at risk and dangerous situations. In doing so, in this investigation, body tissue together with soft tissues (including adipose and skin) were decomposed into their fundamental elements, and then got emitted by neutrons. This research can be put into operation all tissues about cancer therapy. The amounts of neutron energy because of the collision between neutrons and nuclei of the basic elements got calculated in the tissue Next, some results got concluded. The results imply that the highest transferred energy happens within the energy range 3.5-10.5 MeV and also energy ranges 15-16.5 MeV. As well, the tendencies of the transferred-energy graphs were very in a similar way and are the same as other fundamental elements, and the maximum transferred energy happened for the elements that had a small atomic weight.
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