Complete detailed information of Wang Weiguo (researcher at Dalian Institute of Chemical Physics, Chinese Academy of Sciences)

Wang Weiguo, male, citizen of the People's Republic of China, researcher at Dalian Institute of Chemical Physics, Chinese Academy of Sciences. Basic introduction Chinese name: Wang Weiguo Nationality: Chinese Ethnicity: Han Occupation: Researcher Character profile, character career, character profile Associate researcher. In July 2001, he graduated from the Department of Applied Chemistry of Qingdao University with a bachelor's degree in engineering. Career: From September 2001 to October 2007, he studied for a doctoral degree at Dalian University of Technology, studying under Professor Yang Xuefeng, majoring in chemistry; his research content included plasma mass spectrometry and spectral diagnostic research, using molecular beam mass spectrometry and emission respectively. Spectroscopy and other means were used to quantitatively measure the concentration of hydrogen atoms in the sheath and discharge space; high concentrations of H2- negative ions were observed for the first time, and their production rules and mechanisms were studied in depth, which attracted the attention of the small molecule physics community. It provides reliable experimental basis for the development of corresponding theory. After graduation in October 2007, he worked in the rapid separation and detection research group of Dalian Institute of Chemical Physics; in September 2009, he was hired as an associate researcher at Dalian Institute of Chemical Physics; in May 2010, he was hired as the backbone of the project. The research work mainly involves the study of the interaction rules and mechanisms between lasers and clusters, the development and application of new ion mobility spectroscopy, and the development of new discharge ionization sources. As the main implementer, he participated in the 863 project "Online Monitoring Technology and Equipment for Important Organic Chemical Solvents" (2007AA061503), developed an ion mobility spectrometer for online monitoring of chemicals, and developed a new atmospheric pressure glow discharge ion mobility spectrometer. Ionization source, published 3 related papers (2 published in Analycital Chemistry), and applied for 5 patents. In addition, the main person who completed the work participated in the National Natural Science Foundation of China key project "Development of new methods and instruments for online measurement of particle spectra and chemical components of atmospheric particles" (40637036), and developed a system for atmospheric ultrafine particles. The equilibrium particle size scanner for diameter measurement realizes the measurement of atmospheric nanoparticles in the 1-5 nm size range. The main research directions are: 1. Research on the interaction rules and mechanisms between lasers and clusters 2. Development of new ion mobility spectroscopy and Apply 3. Development of new discharge ionization source