Zweit J, Downey S, Sharma H
Department of Medical Biophysics, University of Manchester, England.
Int J Rad Appl Instrum A. 1988;39(12):1197-201. doi: 10.1016/0883-2889(88)90099-8.
The production and radiochemical separation of 52Fe from 4He irradiation of enriched 50Cr target is described. Methods developed for the recovery of the target material (50Cr) are also described. The yield of 52Fe at 38 MeV incident 4He energy is 1667 +/- 133 MBq/C (163 +/- 13 microCi/microAh) at end of bombardment and the contamination of 55Fe is only 0.008%.
描述了通过用富集的(^{50}Cr)靶进行(^{4}He)辐照来生产(^{52}Fe)及其放射化学分离过程。还描述了开发的用于回收靶材料（(^{50}Cr)）的方法。在轰击结束时，入射(^{4}He)能量为(38 MeV)时(^{52}Fe)的产率为(1667±133 MBq/C)（(163±13 μCi/μAh)），且(^{55}Fe)的污染仅为(0.008%)。
