近年来,对金属丝阵列Z箍缩的研究引起了Z箍缩物理界的极大兴趣。在这种位形中,能产生高密度和高温度的等离子体,甚至可能达到聚变条件。然而,等离子体内爆(Implosion)却受到R-T不稳定性的严重影响,因为等离子体受到无质量流体磁场的加速。Z箍缩内爆的效率主要取决于内爆的对称性和均匀性。但是,各种增加负载轴向和极向对称性的尝试用于减弱Reighlay-Taylor(R-T)不稳定性,只 In recent years, the research on the Z-pinch of wire array has caused great interest in the Z pinch physics. In this configuration, high-density and high-temperature plasma can be generated, and fusion conditions may even be achieved. However, plasma implosion is severely affected by R-T instability because the plasma is accelerated by a massless fluid magnetic field. The efficiency of Z pinch implosion mainly depends on the symmetry and uniformity of implosion. However, various attempts to increase the axial and polar symmetry of the load have been used to attenuate the Reighlay-Taylor (R-T) instability, with only