结论该方法只调整幅度激励，使天线阵达到超低副瓣和实现互耦补偿，有利于工程实现。
Conclusion For this method, only stimulation amplitude was adjusted to realize ultralow sidelobe and mutual coupling compensation of phased arrays. It is of benefit to engineering.
在互励系统中，对激励主客体双方之间的共同预期的管理是核心。
The core step of mutual-driven motivation system is managing the mutual expectation between subject and object.
采用本征激励法，在考虑互耦影响下，数值模拟了幅度误差、相位误差、位置误差和不平行度偏差等对超低副瓣阵列天线方向图性能的影响。
Monte Carlo method and the eigen-driven analysis method are combined to simulate the effects of errors on side-lobe level distribution of the Ultra-low side-lobe arrays.
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