微波融雪用漏波波导馈电矿车整流天线阵列

T. Maruyama, M. Nakatsugawa, Takahiko Nakamura, Y. Tamayama, M. Omiya
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引用次数: 0

摘要

研究了一种微波融雪系统,利用开槽波导泄漏的融雪微波进行无线电力传输,驱动矿车(融雪机器人)。为了有效利用波导中连续发射的融雪微波,本文提出了沿行进方向排列整流天线并结合各整流天线获得的功率来改善其特性的方法,并分析了阵列整流天线的无线功率传输效率。结果表明,通过整流天线阵列,可以向单个功率接收器提供多个功率,并且每个元件都能有效地工作于天线特性。
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The Rectenna Array for Minecart Fed by Leaky Wave Waveguide for Microwave Snow Melting
A microwave snow-melting system has been studied in which snow-melting microwaves leaking from a slotted waveguide are applied to wireless power transmission to drive a minecart (snow-melting robot). In order to make effective use of the snow-melting microwaves continuously transmitted from the waveguide, this paper proposes a method to improve the characteristics by arraying the rectenna along the travel direction and combining the power obtained from each rectenna, and analyses the wireless power transmission efficiency of the arrayed rectenna. The results show that, by arraying the rectenna, multiple power can be supplied to a single power receiver and each element works effectively with respect to the antenna characteristics.
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Rod Antenna for 28-GHz Band Operation Improvement of gain in compact antipodal Vivaldi antenna The Rectenna Array for Minecart Fed by Leaky Wave Waveguide for Microwave Snow Melting A High-Gain Quasi-Fractal Antenna with Wide Range Operation for 5G Applications over V-Band Spectrum Equilateral Triangular Slot-based Planar Rectangular Antenna for Millimeter-wave Applications
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