Chengdu, China

Xiangfeng Wei


Average Co-Inventor Count = 23.0

ph-index = 1


Company Filing History:


Years Active: 2024

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1 patent (USPTO):

Title: **Xiangfeng Wei: Innovator in Pore Structure Characterization**

Introduction

Xiangfeng Wei, an accomplished inventor based in Chengdu, China, has made significant contributions to the field of pore structure characterization. With one patent to his name, he has developed a novel method that enhances the understanding of pore structures by effectively combining multiple characterization techniques.

Latest Patents

Wei's notable patent is titled "Method for Combined Characterization of Pore Structure." This innovative method involves several key steps. It begins with plotting CO2 and N2 characterization curves based on actual measurement data, followed by calculating the average values of the overlapping range of these curves. A function is then fitted to these values, allowing for the calculation of pore volumes corresponding to specific pore diameters. Ultimately, Wei's method integrates characterization curves from different techniques to produce a comprehensive combined characterization curve, thereby providing a more complete picture of pore structure.

Career Highlights

Throughout his professional journey, Xiangfeng Wei has held positions at reputable institutions such as Southwest Petroleum University and the Oil & Gas Survey Center at the China Geological Survey. His work has demonstrated a commitment to advancing scientific knowledge in the petroleum and geological fields.

Collaborations

Wei has collaborated with talented individuals such as Xueying Wang and Kun Zhang, contributing to research initiatives that leverage their collective expertise. These collaborations have further enriched his contributions to the field of pore characterization.

Conclusion

Xiangfeng Wei stands as a significant figure in the realm of pore structure research, with his innovative patent marking a pivotal advancement. His work, grounded in collaboration and practical application, continues to influence the scientific community and provides valuable insights into characterizing complex pore structures.

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