Study of light element activation in human blood during 20 MeV linac operating

M.V. Zheltonozhskaya, P.D. Remizov, M.V. Lenivkin, E.N. Lykova, A.P. Chernyaev, V.N. Iatsenko, O.V. Iatsenko
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Abstract

A series of experiments have been performed to study the activation of chemical macronutrients in human venous blood throughout radiation treatment with the 20 MeV linac. Some elements in the human blood can be activated as positron-emitting radionuclides by (𝛾, n)-reaction. We calculated the 11C, 13N, 15O, 30P, 34𝑚Cl, and 38K activities in irradiated human venous blood samples for the first time. As a result, we concluded that the main contribution to the dose from positron-emitting nuclides activated in human blood provides three nuclides: 15O, 34𝑚Cl, and 38K.
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20mev直线加速器工作时人体血液中轻元素活化的研究
我们进行了一系列的实验来研究人体静脉血中化学常量营养素在20兆电子伏特放射治疗过程中的活化。人体血液中的某些元素可以通过(, n)反应作为正电子发射的放射性核素被激活。我们首次计算辐照后的人静脉血样品中11C、13N、15O、30P、34𝑚Cl和38K的活性。因此,我们得出结论,人体血液中激活的正电子发射核素对剂量的主要贡献提供三种核素:15O, 34𝑚Cl和38K。
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