Modeling and constructing the microstrip notch-loaded rectangular S-shaped patch antennas using L-strip feeding for multi-band frequency performances in the recent wireless telecommunication systems (Retraction of Vol 8, Pg 1, 2016)

Alibakhshi-Kenari Mohammad

首页> 外文期刊>International Journal of Microwave and Wireless Technologies >Modeling and constructing the microstrip notch-loaded rectangular S-shaped patch antennas using L-strip feeding for multi-band frequency performances in the recent wireless telecommunication systems (Retraction of Vol 8, Pg 1, 2016)

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Modeling and constructing the microstrip notch-loaded rectangular S-shaped patch antennas using L-strip feeding for multi-band frequency performances in the recent wireless telecommunication systems (Retraction of Vol 8, Pg 1, 2016)

机译：在最近的无线电信系统中，使用L形带状馈源建模和构建微带陷波负载矩形S形贴片天线，以实现多频带频率性能（第8卷，Pg 1，2016）

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《International Journal of Microwave and Wireless Technologies》 |2016年第8期|1265-1265|共1页
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Alibakhshi-Kenari Mohammad;
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机译：使用FPGA的无线应用矩形微带贴片天线的性能分析
2. Performance analysis of rectangular microstrip patch antenna for wireless application using FPGA [J] . Gnanamurugan S., Sivakumar P. Microprocessors and microsystems . 2019,第Jula期

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5. Novel Microstrip Patch Antennas with Frequency Agility, Polarization Reconfigurability, Dual Null Steering Capability and Phased Array Antenna with Beam Steering Performance. [D] . Babakhani, Behrouz. 2016

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6. Performance Analysis of Corporate Feed Rectangular Patch Element and Circular Patch Element 4x2 Microstrip Array Antennas [O] . Md. Tanvir, Ishtaique-ul Huque, Md. Al-amin Chowdhury 2015

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7. Suspended Rectangular/Circular Patch Antennas With Electromagnetically Coupled Inverted Microstrip Feed for Dual Polarization/Frequency [R] . Simons, R. N. 2000

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Modeling and constructing the microstrip notch-loaded rectangular S-shaped patch antennas using L-strip feeding for multi-band frequency performances in the recent wireless telecommunication systems (Retraction of Vol 8, Pg 1, 2016)

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