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Hydrogen cold and ultracold neutron sources on the WWR-M reactor, Gatchina

机译:WWR-M反应器上的氢气冷和超级中子源,Gatchina

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St. Petersburg Nuclear Physics Institute (PNPI) is located in Gatchina, Russia, has a 16 MW WWR-M reactor. The reactor has been operating since 1959 and since the middle of the 1970s the cold and ultracold neutron production has been in progress there. As intended, this program has increased substantially the experimental capabilities of the reactor as an instrument for fundamental physics research. It has allowed us to make progress in the investigations which require an extremely high neutron beam intensity such as 'the search for neutron electric dipole moment, neutron lifetime and correlation constants measurements, the search for P-odd effects in interactions with cold neutrons and so on. Having started with a simple cold beryllium UCN converter, we went on to use the most efficient moderators such as liquid hydrogen and deuterium, recently solid deuterium. Some new approaches were developed in designing cold sources which resulted in our medium power reactor becoming competitive with high flux reactors.
机译:圣彼得堡核物理研究所(PNPI)位于俄罗斯的Gatchina,拥有16兆瓦WWR-M反应堆。反应堆自1959年以来一直在运营,自20世纪70年代中期以来,寒冷和超级中子生产已在那里进行。如预期的,该程序在基本上增加了反应堆作为基本物理研究仪器的实验能力。它使我们能够在需要极高的中子束强度的调查中进行进展,例如“搜索中子电偶极矩,中子寿命和相关常数测量,搜索与冷中子的相互作用中的p奇数效应在。开始使用简单的冷铍UCN转换器,我们继续使用液体氢气和氘,最近固体氘的高效主体。在设计冷源方面开发了一些新方法,导致我们的中型电力反应堆具有高通量反应器的竞争力。

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