通过理论分析和数值模拟确定了实验控制的关键参数，实现了电磁力消涡和增涡的连续控制，电磁力作用下的圆柱绕流的分离点可以在前驻点和后驻点之间变动。
The key parameters of the experimental controlling have been confirmed by theoretical analysis and numerical simulation. The electrodes and the permanents are flush mounted on the cylinder surfac…
结果表明，助推段驻点温度上升很快，在巡航一段时间后温度逐渐达到平衡；
The results show that the temperature of body stagnation region increases rapidly at boosted period, and it will come to balance after entering cruise period.
结果表明，助推段驻点温度上升很快，在巡航一段时间后温度逐渐达到平衡；
The results show that the temperature of body stagnation region increases rapidly at boosted period, and it will come to balance after entering cruise period.
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