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First observation of pT fusion in JET tritium plasmas with ICRF heating of protons

机译:用ICRF加热质子在JET plasma等离子体中进行pT融合的首次观察

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摘要

High power ICRF heating of a hydrogen minority ion species in JET tritium plasmas has generated a total neutron rate that is about 40/100 larger than the 1 14 MeV neutron rate originating from fusion reactions between bulk tritium ions and deuterium minority ions. The T(p,n)~3He fusion reaction, caused by ICRF accelerated protons, is identified as a source for producing the excess neutron emission. This reaction is endothermic and has a proton energy threshold of about 1 MeV and a peak cross-section at about 3.0 MeV.
机译:对JET plasma等离子体中的少数氢离子物种进行高功率ICRF加热,其总中子速率比源自整体tri离子和氘少数离子之间的聚变反应的1 14 MeV中子速率大约40/100。由ICRF加速质子引起的T(p,n)〜3He聚变反应被确定为产生过量中子发射的来源。该反应是吸热的,并且具有约1MeV的质子能量阈值和约3.0MeV的峰截面。

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