Vucina J, Memedović T, Vuksanović L
Laboratory for Radioisotopes RI, Institute of Nuclear Sciences, Vinca.
Med Pregl. 1993;46 Suppl 1:103-4.
The construction of the TESLA Accelerator Installation has been in progress under way at Vinca. It was designed so that the parameters of its main part-the VINCY Cyclotron enable, besides other applications, also the production of a number of radioisotopes which can be used in nuclear medicine. The production of a given radioisotope includes the choice of nuclear reaction (type, energy and beam current of accelerated particles, cross section, yield, etc), target (chemical form, isotopic composition, thermal stability), procedure of chemical treatment of the target after irradiation, procedure of labeling and quality control of the obtained radiopharmaceutical. In the paper these aspects are shown on the example of the production of radioisotope 123I.
特斯拉加速器装置正在文察进行建设。其设计使得其主要部分——文察回旋加速器的参数,除了其他应用外,还能用于生产多种可用于核医学的放射性同位素。生产特定的放射性同位素包括核反应的选择(加速粒子的类型、能量和束流、截面、产率等)、靶材(化学形式、同位素组成、热稳定性)、辐照后靶材的化学处理程序、标记程序以及所得放射性药物的质量控制。本文以放射性同位素123I的生产为例展示了这些方面。