Jinlong Yu

Title: Innovations of Jinlong Yu in Optical-Carrying Microwave Resonance Systems

Introduction

Jinlong Yu is a prominent inventor based in Hangzhou, China. He has made significant contributions to the field of optical-carrying microwave resonance systems. With a total of three patents to his name, his work focuses on advanced technologies that enhance measurement precision and system stability.

Latest Patents

Jinlong Yu's latest patents include a bidirectional optical-carrying microwave resonance system based on a circulator structure and a method for detecting angular velocity by said system. This innovative system generates a high-stability optical-carrying microwave with perpendicular polarization states in both forward and reverse directions. It utilizes regenerative mode locking technology, cavity length control technology, and polarization state separation technology to measure rotational angular velocity effectively.

Another notable patent is the polarization-maintaining fully-reciprocal bi-directional optical carrier microwave resonance system and its angular velocity measurement method. This system generates highly stable optical carrier microwaves in both clockwise and counterclockwise directions within the same resonant cavity. The use of a fully reciprocal ring-shaped resonant cavity structure enhances the measurement capability of the sensing ring, making it a practical solution with high measurement precision.

Career Highlights

Jinlong Yu is affiliated with Zhejiang University, where he continues to advance research in optical technologies. His work has garnered attention for its practical applications and high measurement precision, contributing to the field of optical-carrying microwave systems.

Collaborations

Jinlong Yu collaborates with notable colleagues, including Kaichen Song and Lingyun Ye. Their combined expertise fosters innovation and enhances the research output at Zhejiang University.

Conclusion

Jinlong Yu's contributions to optical-carrying microwave resonance systems demonstrate his commitment to advancing technology in this field. His innovative patents reflect a deep understanding of complex optical systems and their applications in measuring angular velocity.