体内/体外试验装置硼中子俘获治疗的伽玛辐射分析

Gabriel Simanjuntak
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引用次数: 0

摘要

BNCT是结合化疗和放疗的最新核技术方法。使用电离辐射的治疗必须注意患者、放射工作人员和环境的安全。因此,辐射防护,特别是伽马辐射防护需要屏蔽。对屏蔽和测试进行了改进,以了解体内/体外测试设备的使用限制,该限制符合PSTA BATAN的NPD/剂量限制,参数屏蔽辐射结果,屏蔽几何形状和能量值Kartini反应器。当能量为100kW时,最高测量结果达到4.8 mSv/j。考虑到PSTA BATAN对Kartini反应器运行的NPD/Dose Constraint限制的测量结果,一年可以进行46次体内/体外测试设施的活动。关键词:BNCT,屏蔽,伽马辐射。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
GAMMA RADIATION ANALYSIS ON IN VIVO/ IN VITRO TESTING FACILITY BORON NEUTRON CAPTURE THERAPY
BNCT is the latest method in nuclear technology that combines chemotherapy and radiotherapy. Therapy that uses ionizing radiation must pay attention to the safety of patients, radiation workers and the environment. Therefore, shielding is needed for radiation protection, especially gamma radiation. A refining for the shielding and the testing had been done to know the limitation for the use of testing facility in vivo / in vitro that meets the NPD/Dose Constraint limitation from PSTA BATAN with parameter shielding radiation outcome, shielding geometry, and energy value Kartini Reactor. The highest measurement result reaches 4.8 mSv/j with 100kW energy. By considering the measurement result with the NPD/Dose Constraint limitation from PSTA BATAN for Kartini Reactor operation, the activity of testing facility in vivo/in vitro can be done 46 times in a year. Keywords  : BNCT, Shielding, Gamma Radiation.  
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