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- microstrip dipole anlenna 微带偶极子天线
- This BALUN can effectively compensate the series reactances by introducing a shunt resonant circuit and thus achieve the maximum bandwidth of microstrip dipole antenna. 该BALUN引入一个并联谐振电路,可以有效补偿半波振子的串联电抗而实现微带半波振子带宽的最大化。
- Both simulation and measurement show that the microstrip dipoles array is suit to phased array application. 实测结果表明，该天线阵列具有较好的驻波和互耦性能，适合用于相控阵系统。
- microstrip dipole 微带偶极子
- Printed microstrip dipole 印刷偶极子
- The molecule has a zero time-average dipole moment. 分子按时间平均的偶极矩为零。
- The simplest indoor antenna is the folded dipole. 最简单的室内天线是被折叠的偶极。
- Abstract: A method of radar cross section(RCS) reduction of microstrip printed dipole antenna with a uniplanar compact-EBG(UC-EBG) ground plane is proposed. 摘要： 提出了一种使用电磁带隙结构来减小微带印刷对称阵子天线雷达散射截面的方法。
- The principles of microstrip balun and printed dipole were analyzed, and the antenna s ground plane was extended and shaped to form the reflecting structure. 分析微带巴伦和印制偶极子的工作原理,延伸并成形天线的地平面以得到反射结构。
- The principles of microstrip balun and printed dipole were analyzed, and the antenna's ground plane was extended and shaped to form the reflecting structure. 分析微带巴伦和印制偶极子的工作原理，延伸并成形天线的地平面以得到反射结构。
- An orbiting electron in an atom will have a magnetic dipole moment. 一个原子中旋转的电子会有磁偶极距。
- The dipole does not radiate energy in the direction of its axis. 偶极子在它的轴的方向上不发射能量。
- Theoretical analysis about microstrip antennas is summarized. 对微带天线的理论分析作了归纳。
- Study of microscale effect of parallel microstrip resonator[J]. 引用该论文 潘武;李应良;赵伟;张昱;陈艳.
- It is what is called a dipole field with a north and South Pole. 它就是所谓的偶极
- We now show how to calculate molecular dipole moments from wave function. 我们现在说明如何从波函数来计算分子的偶极矩。
- PA auxiliary circuit-microstrip balun and DGS microstrip filter-design. PA 辅助电路-微带巴伦和DGS 微带滤波器-设计。
- Infra-red absorption takes place only when there is a change of dipole moment. 红外吸收峰仅在有偶极矩变化时才能实现。
- Abstract: A numenical method for analyzing the microstrip balun is presented. 摘 要： 提出了一种分析微带天线巴仑的数值方法。
- S-band mini microstrip low noise amplifier (LNA) is designed and discussed. 摘要对具有极低噪声系数的超小型微带放大器进行了设计和讨论。
