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首页> 外文期刊>Plasma physics and controlled fusion >Heat and particle load test facility using an applied-field MPD thruster for studying fusion divertor technology
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Heat and particle load test facility using an applied-field MPD thruster for studying fusion divertor technology

机译：使用应用领域MPD推进器用于学习融合偏移器技术的热和粒子负载测试设施

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摘要

A test facility for high heat and particle loads relevant to a fusion divertor has been developed using an applied-field magnetoplasmadynamic (AF-MPD) thruster. The AF-MPD thruster can provide high heat and particle fluxes to a target at a relatively low pressure with a relatively strong magnetic field. Several diagnostics for heat and particle fluxes such as a calorimeter and Langmuir probe were utilized to confirm that a heat flux of 4.0 MW m(-2) and particle flux of 4.2 x 10(22) m(-2) s(-1) were achieved using a 0.17 T permanent magnet. The electron temperature and electron density were estimated to be 4 eV and 10(13) cm(3), respectively, using optical emission spectroscopy based on the collisional-radiative model.
机译：已经使用施加的场磁体上磁动脉（AF-MPD）推进器开发了与融合器相关的高热量和颗粒载荷的测试设施。 AF-MPD推进器可以以相对强的磁场在相对低的压力下为目标提供高热量和颗粒通量。 用于热量和粒子通量的几种诊断，例如量热仪和朗米尔探针，以确认为4.0mW mW（-2）的热通量和4.2×10（22）m（-2）（-1）的颗粒通量 使用0.17 T永磁体实现。 基于碰撞模型，使用光学发射光谱分析，估计电子温度和电子密度分别为4eV和10（13 )cm（3）。

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