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Production of a low density field reversed configuration plasma

机译:低密度场反转配置等离子体的生产

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The plasma density of a field reversed configuration(FRC)needs to be decreased below the present experimental regime to heat the plasma and sustain the configuration by a high energy neutral beam in an FRC reactor. However, as the plasma is produced in a linear vacuum vessel, there exists a severe breakdown limit at a low fill pressure as compared with a toroidal system. A method to form FRCs beyond the breakdown limit is proposed here. The preionized plasma is compressed by a strong bias field to enhance the plasma flow the confinement region to the outside region and is then diluted before the start of the confinement field on the NUCTE device.
机译:反向电场构型(FRC)的等离子体密度需要降低到当前实验方案以下,以在FRC反应器中通过高能中性束加热等离子体并维持构型。但是,由于等离子体是在线性真空容器中产生的,因此与环形系统相比,在低填充压力下存在严重的击穿极限。这里提出了一种超出击穿极限的FRC形成方法。预离子化后的血浆被强偏压场压缩,以使血浆从限制区域流到外部区域,然后在NUCTE装置上开始限制区域之前进行稀释。

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