Taiyuan, China

Jiuyan Wei


Average Co-Inventor Count = 9.0

ph-index = 1

Forward Citations = 1(Granted Patents)


Company Filing History:


Years Active: 2023

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1 patent (USPTO):Explore Patents

Title: Jiuyan Wei: Innovator in Vapor Cell Coating Film Measurement

Introduction

Jiuyan Wei is a notable inventor based in Taiyuan, China. He has made significant contributions to the field of measurement technology, particularly in the area of vapor cell coating films. His innovative work has led to the development of a unique system that enhances the understanding of energy transfer and relaxation characteristics at nanometer scales.

Latest Patents

Jiuyan Wei holds a patent for a system designed for simultaneously and microscopically measuring vapor cell coating film energy transfer and relaxation characteristics at nanometer scales. This advanced system includes a space relaxation characteristic detection unit, which comprises various components such as a laser, optical isolator, spatial light filter, reflector, Glan-Taylor polarizer, and several other sophisticated instruments. The system is capable of detecting energy transfer micro-areas and includes an atomic force microscope detection unit, showcasing its complexity and precision.

Career Highlights

Jiuyan Wei is affiliated with the North University of China, where he continues to engage in research and development. His work is characterized by a commitment to advancing measurement technologies and contributing to scientific knowledge in his field. His innovative spirit and technical expertise have positioned him as a key figure in his area of specialization.

Collaborations

Jiuyan Wei collaborates with esteemed colleagues such as Zongmin Ma and Jun Liu. Their combined efforts contribute to the advancement of research and innovation in measurement technologies.

Conclusion

Jiuyan Wei's contributions to the field of vapor cell coating film measurement exemplify the impact of innovative thinking in scientific research. His patented system represents a significant advancement in understanding energy transfer at nanometer scales.

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