Introduction

In 2020, he was selected as a young top-notch talent of the National WR Program. In response to the major needs of the national military and civilian equipment maintenance and support, he has successively made breakthroughs in targeted electromagnetic thermal/acoustic-optical physics, sensing systems, feature analysis and other challenges in the field of detection challenges. A series of key technologies such as acoustic multi-physics blind separation imaging detection, magnetic concentration hollow ring/multi-layer resonance coupling electromagnetic imaging detection, etc., have been successfully applied in military fields such as aviation, nuclear industry, oil and gas pipelines in my country, as well as in the backbone research and development units of civil equipment, realizing complex Field performance evaluation of structural equipment. The achievements won the second prize of Science and Technology Progress Award of the Ministry of Education in 2019, and the first prize of Science and Technology Award of China Instrument and Control Society. Published more than 80 papers related to detection sensing and instrumentation in international journals, including IEEE Transactions on Industrial Electronics, IEEE Sensors Journal, IEEE Transactions on Image Processing, etc., 4 of which were selected as ESI Highly Cited Papers and rated as IEEE Far East Nondestructive Testing' Climbing Award'; the magnetically concentrated hollow ring electromagnetic detection system developed has broken through the core key technology of deep defect detection of multi-layer heterogeneous equipment in the nuclear industry, and was awarded the excellent conclusion of the National Natural Science Foundation of China. 》2016 outstanding papers, selected for the World's Top 2% Scientists 2020 released by Stanford University, selected for the 2nd China Test Academic Influencer in 2022, and selected for the Vebleo Scientist Award. The first author has published two English academic monographs; was invited to publish one co-authored monograph in Elsevier; co-authored "Electromagnetic Nondestructive Testing Sensing and Imaging" in the "Twelfth Five-Year" National Key Series with Professor Tian Guiyun; SCI journal IEEE Sensors Journal Associate Editor (IF: 3.3), Guest Editor of Sensors (IF: 2.677), Guest Editor of Journal of Sensors (IF: 2.024), Editorial Board of China Test. The total number of citations in "Google Scholar" is 3553 times, and 976 times in SCI. In 2016, the team successfully applied for 1 national major scientific research instrument development project (ranked second), presided over a number of enterprise projects, and authorized 15 national invention patents. , authorized 1 US patent. Currently, he is a senior member of IEEE (IEEE Senior Member), director of the China Instrument and Control Society branch, selected as Chengdu "Rongpiao Program Innovative Talents (Youth)", a backup candidate for academic and technical leaders in Sichuan Province, and serves as a number of domestic and international academic conferences The program committee member or the chairman of the special branch (IEEE FENDT&E2013 to FENDT&E2019, etc.), the chairman of the special branch on detection signal modeling of the 2016 World Nondestructive Testing Conference in Germany. In 2019, he was invited to give a special report at the China Testing Academic Conference, and he was invited to give a report in 2020. He was the best reviewer for IEEE Transactions on Instrumentation and Measurement in 2021. The developed instruments have been applied and transformed, and the infrared detection system has been applied to Chengfei Group, 611 Institute; the magnetic centralized hollow ring electromagnetic detection system has been applied to the defect monitoring of multi-layer structures in the nuclear industry; the flexible stacked array electromagnetic sensing, the detection imaging accuracy of 0.5mm natural micro-patterns; The self-resonant double-layer electromagnetic coupling array in-pipe detector has a crack detection accuracy of 0.2mm, which is in line with the British I2I instrument index, and successfully detected 38.5 kilometers in Changqing Oilfield.