Abstract

The possibility is considered of using compact linear electron accelerators for the production of medical radioisotopes and neutron therapy. An analysis of calculated data on the flux densities of neutrons and gamma rays shows that photoneutrons and radioisotopes can be effectively produced by using the bremsstrahlung effect generated by a heavy metal target upon its excitation in a range of energies of the giant dipole resonance.

中文翻译：

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生产中子和放射性同位素的强大电子加速器

摘要

考虑使用紧凑型线性电子加速器来生产医用放射性同位素和中子疗法的可能性。对中子和伽马射线通量密度的计算数据的分析表明，通过在重偶极子共振的一系列能量范围内使用重金属靶激发后产生的致辐射效应，可以有效地产生光中子和放射性同位素。