首页> 外文会议>Electromagnetic Compatibility Symposium Record, 1968 IEEE >Experimental investigations of REB properties in plasma focus and the experiments on combined laser +REB-plasma interaction
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Experimental investigations of REB properties in plasma focus and the experiments on combined laser +REB-plasma interaction

机译:等离子体聚焦REB特性的实验研究及激光+ REB-等离子体相互作用的实验

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A number of the power pinching discharges has been developed during the last 20 years: Z-pinch, plasma focus, vacuum spark and s on. The motivation for developing the electromagnetic implosion technique is to produce a hot dense plasma to achieve the fusion conditions. The plasma parameters Ne ≳ 1019cm−3, Te ∼ 1–10 keV as we as high level of neutron radiation (up to 1012 neutrons per shot it plasma focus) have been reached already. At the same time the power full streams of the accelerated electrons and ions formed in a plasma were found to appear at the current rupture stage. The energy of these particles is several times more than the maximal bank voltage Thus, one can consider such a discharge as some kind of electron on ion accelerator.
机译:在过去的20年中,已经开发出了多种功率收缩放电:Z夹,等离子聚焦,真空火花放电和开通。开发电磁爆裂技术的动机是产生热致密的等离子体以达到熔融条件。血浆参数N e ≳10 19 cm -3 ,T e 〜1–10 keV已经达到了高水平的中子辐射(每次发射,等离子体焦点每次发射可达到10 12 个中子)。同时,发现在电流破裂阶段出现在等离子体中形成的加速电子和离子的全功率流。这些粒子的能量是最大堤坝电压的几倍。因此,人们可以将这种放电视为离子加速器上的某种电子。

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