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Experimental study to accumulate, accelerate and focus a massive plasma beam onto a target

机译:将大量等离子束聚集,加速并聚焦到目标上的实验研究

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Experimental investigations are presented, where a device similar to a plasma thruster using j X B forces has been used, to accumulate and accelerate a plasma with a mass of about 0.2 mg to beam velocities up to 110 km/s. A pulse line with a capacity of 108 muF was used to provide discharge currents up to 450 kA for a pulse length of 6.5 mus. The discharge vessel consists of a set of coaxial electrodes with a diameter of 5 cm at a length of 50 cm. The total energy efficiency of the plasma acceleration from this process is estimated to be better than 10/100. An estimate of the mass of the plasma beam was achieved by measuring the momentum transfer from plasma beam to flyer plates. Using conus-shaped electrodes at the exit of the plasma accelerator a focusing of the plasma to a diameter below 1 cm was achieved.
机译:提出了实验研究,其中使用了类似于使用j X B力的等离子推进器的装置,以约0.2 mg的质量累积和加速等离子,从而使射束速度达到110 km / s。使用容量为108μF的脉冲线,可在6.5 mus的脉冲长度下提供高达450 kA的放电电流。放电容器由一组直径为5 cm,长度为50 cm的同轴电极组成。估计此过程产生的等离子体加速的总能量效率优于10/100。通过测量从等离子束到飞行器板的动量转移,可以估算等离子束的质量。在等离子加速器的出口处使用圆锥形电极,可将等离子聚焦到1 cm以下的直径。

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