首页> 外文期刊>Physica Scripta: An International Journal for Experimental and Theoretical Physics >The concept of a plasma centrifuge with a high frequency rotating magnetic field and axial circulation
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The concept of a plasma centrifuge with a high frequency rotating magnetic field and axial circulation

机译:具有高频旋转磁场和轴向循环的等离子体离心机的概念

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摘要

The possibility of using a rotating magnetic field (RMF) in a plasma centrifuge ( PC), with axial circulation to multiply the radial separation effect in an axial direction, is considered. For the first time, a traveling magnetic field (TMF) is proposed to drive an axial circulation flow in a PC. The longitudinal separation effect is calculated for a notional model, using specified operational parameters and the properties of a plasma, comprising an isotopic mixture of 20Ne-22Ne and generated by a high frequency discharge. The optimal intensity of a circulation flow, in which the longitudinal separation effect reaches its maximum value, is studied. The optimal parameters of the RMF and TMF for effective separation, as well as the centrifuge performance, are calculated.
机译:考虑使用轴向循环在等离子体离心机(PC)中使用旋转磁场(RMF)以沿轴向乘以轴向径向分离效果的可能性。 首次,提出了行进磁场(TMF)以在PC中驱动轴向循环流。 使用指定的操作参数和等离子体的性质来计算纵向分离效果,包括20ne-22ne的同位素混合物并由高频放电产生。 研究了循环流动的最佳强度,其中纵向分离效果达到其最大值。 计算RMF和TMF的最佳参数,用于有效分离,以及离心性能。

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