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A new set-up for the simultaneous measurement of neutron-induced capture and fission reactions

机译:同时测量中子引起的俘获和裂变反应的新装置

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摘要

The measurement of the capture cross section of fissile elements, of upmost importance for the design of innovative nuclear reactors and the management of nuclear waste, involves particular difficulties related to the γ-ray background produced in the fission reactions. These difficulties are the reason why five out of the six actinide σ(n,γ) measurements in the NEA High Request Priority List are fissile isotopes. At n_TOF we have combined the Total Absorption Calorimeter capture detector with a set of three 235U loaded MicroMegas fission detectors for measuring simultaneously the two reactions: capture and fission. In a first test measurement we have succeeded in measuring simultaneously with high efficiency the 235U capture and fission cross sections, disentangling accurately the two types of reactions.
机译:裂变元素俘获截面的测量对于创新型核反应堆的设计和核废料的管理极为重要,涉及到与裂变反应中产生的γ射线背景有关的特殊困难。这些困难是为什么NEA高要求优先级列表中六个act系元素σ(n,γ)测量值中有五个是易裂变同位素的原因。在n_TOF,我们将总吸收量热仪捕获检测器与一组三个235U加载的MicroMegas裂变检测器组合在一起,以同时测量两个反应:捕获和裂变。在第一次测试测量中,我们成功地高效地同时测量了235U俘获和裂变截面,从而准确地区分了两种反应。

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