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Modeling of motions of fast protons in filamentary pinches

机译:丝状收缩中快速质子运动的建模

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The paper concerns a role of current filaments appearing in high-current pulsed discharges of the Plasma-Focus (PF) and Z-pinch type. Different filamentary configurations, i.e. a homogenous pinch column, 6-12 linear filaments upon the cylindrical surface, and a funnel-like configuration of several filaments, are considered and local values of magnetic field are computed. Trajectories of fusion-produced protons are analyzed under an assumption that 3.05-MeV protons are emitted stochastically in all directions from point-sources distributed inside the pinch column. Angular distributions of these protons are computed, and it is shown that influence of the filaments cannot be neglected, particularly at higher discharge currents (> 350 kA).
机译:本文关注的是电流丝在等离子焦点(PF)和Z捏型的高电流脉冲放电中的作用。考虑不同的丝状构型,即均匀的收缩柱,在圆柱表面上有6-12个线性丝状,以及几个丝状的漏斗状构型,并计算了磁场的局部值。在3.05 MeV质子从分布在收缩柱内部的点源向所有方向随机发射的假设下,分析了聚变产生的质子的轨迹。计算了这些质子的角度分布,结果表明,丝线的影响不能忽略,特别是在较高的放电电流(> 350 kA)下。

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