【西德《原子与电流》1980年第4期报道】卡尔斯鲁厄核研究中心发展了一种最终贮存放射性稀有气体氪-85的新方法——离子注入法,即把氪-85注入金属层。这种不需加压的注入技术,其特点是操作简便,贮存密度可高达每升金属100—300升氪。采用耐腐蚀的钛和铜作贮存器材料。一座100万千瓦核电站运行一年以后,最终贮存 West Germany, “Atomic and Current,” Vol 4, 1980 Reported Karlsruhe Nuclear Research Center has developed a new method for the final storage of radioactive noble gas krypton-85 - ion implantation, which krypton -85 into the metal Floor. This unpressurized injection technique is characterized by easy handling and storage densities of up to 100-300 liters of krypton per liter of metal. Corrosion-resistant titanium and copper are used as reservoir materials. A 100-kilowatt nuclear power plant running a year later, the final storage