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1·The mutual impedance matrix of the circular array is also studied by using network theory and MOM.

利用网络理论和矩量法对圆阵互阻抗矩阵的计算进行了研究。

2·The validity of the method is proved by calculating the mutual impedance between overhead power lines and underground telecommunication lines.

架空电力线路与地下通信线路互阻抗的计算结果验证了论文方法的正确性和高效性。

3·When the phased array coil designed, such problems have to be taken into account as resonant frequency, impedance match, mutual impedance and et al.

设计相阵控线圈要考虑谐振频率，阻抗匹配，互阻抗等问题。

4·A general formula is given for calculating the mutual impedance be tween two dipoles by means of the induced electromotive method and the field transformation formula.

本文采用感应电动势法和场量变换公式给出了计算二振子互阻抗的一般公式。

5·The relationship between mutual impedance errors and the amplitude and phase errors of channels is derived, by which the relationship between mutual impedance error and the sidelobe level is given.

推导出了互阻抗误差与通道幅相误差的关系；进而得到了互阻抗误差与副瓣电平的关系。

6·If the mutual impedance or mutual coefficient matrix of an array is perfectly known, one can completely compensate the effect of mutual coupling and realize the desired low sidelobe level in theory.

如果阵列的互阻抗(或互耦系数)矩阵确知，理论上可以精确补偿互耦的影响，从而实现极低副瓣接收。

7·And the analytic calculation method of the self radiation impedance and mutual radiation impedance of the transducer array is studied.

还研究了基阵中各阵元自辐射阻抗与互辐射阻抗的计算方法。

8·By using the arrays normalized general impedance matrix to express the mutual coupling between the elements, the characteristics of the covariance matrix of the adaptive arrays are analyzed.

用天线阵归一化广义阻抗矩阵表示单元互耦，分析了考虑单元互耦效应的自适应天线协方差矩阵的特点。

9·The expression of the mutual radiation impedance has a factor and then the theoretic formula of the array transmit voltage response is gained.

互辐射阻抗的表达式中包含了互辐射因子，根据这个互辐射因子求得了阵的发射电压响应的理论计算公式。

10·Showing that frequency is little related to input impedance of the mutual-complementary antenna, antenna of this type is a ultra wide band one.

通过论证自互补结构天线的输入阻抗基本与频率无关的角度证明了该天线具有超宽带特性。