Xiongying Duan

Title: Xiongying Duan: Innovator in High Voltage Technology

Introduction

Xiongying Duan is a prominent inventor based in Dalian, China. He has made significant contributions to the field of high voltage technology, particularly through his innovative patent related to laser triggered vacuum switches. His work is essential for advancing pulsed power systems.

Latest Patents

Xiongying Duan holds a patent for a "Laser triggered multi-stage vacuum switch." This invention pertains to high voltage, high power pulsed power switches that utilize a laser triggered multi-stage vacuum switch. The design incorporates a laser triggered vacuum gap, multi-stage self-breakdown vacuum gaps, and a trigger system. The multi-stage self-breakdown vacuum gaps are strategically fixed on top of the laser triggered vacuum gap using a connector. The grading ring is sheathed outside the upper insulation shell. By employing series connected laser triggered vacuum gaps and multi-stage self-breakdown vacuum gaps, this invention enhances the application of laser triggered multi-stage vacuum switches in high voltage, high power, and high repetitive frequency pulsed power systems. The use of multiple laser beams on various targets allows for the generation of more initial plasma, thereby improving the trigger performance of the switch.

Career Highlights

Xiongying Duan is affiliated with Dalian University of Technology, where he continues to engage in research and development in the field of electrical engineering. His innovative approach and dedication to advancing technology have positioned him as a key figure in his area of expertise.

Collaborations

Xiongying Duan has collaborated with notable colleagues, including Zhihui Huang and Zhanqing Chen. Their combined efforts contribute to the ongoing research and development in high voltage technology.

Conclusion

Xiongying Duan's contributions to the field of high voltage technology through his innovative patent demonstrate his commitment to advancing electrical engineering. His work is vital for the future of pulsed power systems and continues to inspire further research and development in this critical area.