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我国第一套除氚净化装置在兰州大学研制成功并投入使用。经一年多现场使用表明,该装置在减少氚对环境污染方面具有效率高、操作简便、能远距离控制和显示,以及在超过排放标准时自动报警,并使排放气体返回再次进行处理以确保低于排放标准等特点,完全满足强流中子发生器排放气体的除氚净化要求。1月19日,该装置在兰州通过国家教委委托甘肃省教委主持的专家鉴定。专家们认为,这一装置达到了国际先进水平,具有普遍的推广应用价值。氚是重要的放射性核素。目前主要用作热核武器的燃料,在工农业生产和科学研究的许多领域也有广泛应用。随着原子能事业的发展,氚的用量和向环境的排放量急剧增加,氚的防护也成为一个在各个领域广泛遇到的问题,因而被越来越多的科学工作者注意。兰州大学TSE—1型除氚净化装置就
China’s first set of tritium purification device in Lanzhou University successfully developed and put into use. After more than a year of field use, the device is shown to be highly efficient, easy to operate, remotely controllable and displayable, and automatically alarms when the emission standard is exceeded, returning the exhaust gas to be re-processed to ensure low In the discharge standards and other characteristics, fully meet the high-flow neutron generator discharge gas detoxification purification requirements. January 19, the device commissioned by the State Board of Education in Lanzhou, Gansu Provincial Board of Education commissioned by the expert appraisal. Experts believe that this device has reached the international advanced level, with a universal promotion and application value. Tritium is an important radionuclide. The fuel currently used primarily as a thermonuclear weapon is also widely used in many fields of industrial and agricultural production and scientific research. With the development of atomic energy, the amount of tritium and its emissions to the environment have increased dramatically. The protection of tritium has also become a widely encountered problem in various fields, and is therefore attracting more and more scientific workers. Lanzhou University TSE-1-type device in addition to tritium purification