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Low-order multi-port arrays with reduced element spacing for digital beam-forming and direction-finding

机译：低阶多端口阵列，其元素间距减小，可用于数字波束形成和测向

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CHUA PING TYNG;
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年度 2005
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正文语种 en
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1. MICROSTRIP DECOUPLING NETWORKS FOR LOW-ORDER MULTIPORT ARRAYS WITH REDUCED ELEMENT SPACING [J] . Ping Tyng Chua, Jacob Carl Coetzee Microwave and optical technology letters . 2005,第6期

机译：单元间距减小的低阶多端口阵列的微带解耦网络
2. Optimum Design of a Beam-Forming Array of S-Shaped DRA Elements With a Superstrate on an SIW Feed for 5G Mobile Systems [J] . Bahreini Batul, Oraizi Homayoon, Noori Narges, IEEE Antennas and Wireless Propagation Letters . 2019,第7期

机译：用于5G移动系统的SIW馈源上具有S形DRA元件的波束成形阵列的优化设计
3. A Hybrid Beam-Forming and Direction-Finding Method for Wind Direction Sensing Based on HF Radar [J] . Chen Zhao, Zezong Chen, Chao He, IEEE Transactions on Geoscience and Remote Sensing. . 2018,第11期

机译：基于HF雷达的风向混合波束形成与测向方法
4. Artificial bee colony algorithm to reduce the side lobe level of uniformly excited linear antenna arrays through optimized element spacing [C] . Ahmad Aamir, Behera Ananda Kumar, Mandal S.K., 2013 IEEE Conference on Information amp; Communication Technologies . 2013

机译：人工蜂群算法通过优化元件间距来降低均匀激发线性天线阵列的旁瓣电平
5. The effects of partial nonuniform spacing of rectangular microstrip array elements. [D] . Alfaouri, Mikhled Fadel. 1992

机译：矩形微带阵列元素的部分不均匀间距的影响。
6. Lateral mode coupling to reduce the electrical impedance of small elements required for high power ultrasound therapy phased arrays [O] . Kullervo Hynynen, Jianhua Yin -1

机译：横向模式耦合以减少高功率超声治疗所需的小元件的相控阵的电阻抗
7. Microstrip decoupling networks for low-order multi-port arrays with reduced element spacing [O] . Chua Ping Tyng, Coetzee Jacob 2005

机译：用于减少元件间距的低阶多端口阵列的微带解耦网络

Low-order multi-port arrays with reduced element spacing for digital beam-forming and direction-finding

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