微带天线的特性，使它特别适合于做共形天线。
Microstrip antennas is especially suited for conformal applications because of its characteristic.
详细论述了弹体微带共形天线阵的设计方法及其工程应用。
The design method and engineering application are discussed in detail.
球面阵列天线作为共形天线的一种，自然具备共形天线所有的优点。
As a kind of conformal array, spherical array owes all virtuals of the conformal array naturally.
其次，基于不同的应用载体，本文讨论了基于马甲载体的可穿戴共形天线阵的设计方法。
Secondly, because of the different carriers that antennas are applied to, the design method of wearable conformal antenna arrays carried on the vest is presented.
采用矩量法(MOM)结合一致性绕射理论(utd)来计算共形天线阵单元间的互耦。
The mutual coupling is calculated by a combination of method of moments (mom) with uniform theory of diffraction (UTD).
最后，对共形天线阵进行了误差分析，分析了阵元位置公差、阵元失配和馈电相位误差对天线阵辐射特性的影响。
And the measured array pattern is given. Finally, the effects of the array tolerance, mismatch and phase errors on the array is also analyzed.
最后，对共形天线阵进行了误差分析，分析了阵元位置公差、阵元失配和馈电相位误差对天线阵辐射特性的影响。
And the measured array pattern is given. Finally, the effects of the array tolerance, mismatch and phase errors on the array is also analyzed.
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