Papers
1
Total Citations
14
H-Index
1
About
Yihong Zhou is a leading researcher in microwave wireless energy transmission, with a particular focus on Ku-band systems and rectifier diode technologies. His most cited work, a 2019 study on a Ku-band microwave wireless energy transmission system, demonstrates a compact Cassegrain antenna with a 1.5-meter aperture that creates a highly centralized and uniform 2m x 2m field zone, achieving over 80% transmission efficiency. This breakthrough addresses critical challenges in medium- and long-distance wireless power transfer, offering practical solutions for space-based solar power, drone charging, and remote sensor networks. With 14 citations to this flagship paper, Zhou’s contributions have established foundational principles for efficient, scalable energy transmission systems. His research bridges theoretical design and real-world application, advancing the viability of wireless power for industrial and defense sectors. Zhou’s work is distinguished by its focus on optimizing antenna configurations and rectifier circuits to minimize energy loss, positioning him as a key innovator in the evolving field of wireless energy transfer.
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Top Papers
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