Tianming Li

University of Electronic Science and Technology of China

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About

Tianming Li is a leading researcher in microwave wireless energy transmission, with a primary focus on Ku-band systems and rectifier diode technologies. Their most cited work, "A Ku-Band Microwave Wireless Energy Transmission System Based on Rectifier Diode" (2019, 14 citations), presents a groundbreaking medium and long-distance energy transmission system. Li's major contribution lies in designing a transmitting 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 innovation addresses critical challenges in wireless power transfer, particularly for applications requiring precise energy delivery over distance. Li's work has significant implications for satellite power beaming, drone charging, and remote sensor networks. The system's ability to maintain high efficiency while covering a defined area represents a notable achievement in the field, demonstrating practical viability for real-world wireless energy infrastructure. Li continues to advance rectifier diode optimization and antenna design, pushing the boundaries of efficient, long-range wireless power transmission.