Nagy L G, Vajda N, Vodicska M, Zagyvai P, Solymosi J
Department of Physical Chemistry, Technical University, Budapest, Hungary.
J Chromatogr. 1987 Oct 2;406:359-66. doi: 10.1016/s0021-9673(00)94043-3.
Chemical separation processes have been developed to remove the matrix components and thus to determine fission products, especially radioiodine nuclides, in the primary coolant of WWER-type nuclear reactors. Special procedures have been elaborated to enrich long-lived nuclides in waste waters to be released and to separate and enrich caesium isotopes in the environment. All processes are based mainly on ion-exchange separations using amorphous zirconium phosphate. Automated equipment was constructed to meet the demands of the plant personnel for serial analysis.
已经开发出化学分离工艺，用于去除基体成分，从而测定WWER型核反应堆一回路冷却剂中的裂变产物，尤其是放射性碘核素。已制定了特殊程序，以富集待排放废水中的长寿命核素，并在环境中分离和富集铯同位素。所有工艺主要基于使用无定形磷酸锆的离子交换分离。构建了自动化设备，以满足工厂人员进行系列分析的需求。
