Main Outstanding Achievements
While studying for a doctoral degree at Zhejiang University, he took "magnetic vibration electrical impedance imaging of induced current in human head tissue" as his research direction. The simulation has proved the feasibility of this imaging method for reconstructing the conductivity distribution of human head tissue, and has potential application value in the field of clinical diagnosis of head diseases. The research results have been published in the authoritative journal "Physics in Medicine and Biology" in the field of biomedicine, which is an SCI publication source with an impact factor of 2.784. In addition, we conducted research on the optimal design of the excitation coil of the induced current magnetic resonance electrical impedance imaging system and the reconstruction of anisotropic conductivity of human head tissue, and proposed a feasible inverse problem reconstruction algorithm. These research results are respectively Published in "Chinese Journal of Biomedical Engineering" and "Journal of Zhejiang University (Engineering Edition)".
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Simulation study of head tissue induced current magnetic resonance electrical impedance imaging Chinese biology Journal of Medical Engineering, 2009,
Volume 28, Issue 2 Sponsored by: Chinese Society of Biomedical Engineering Issue number: CN 11-2057/R; ISSN 0258-8021 The first author wrote the full text of 7200 words
Simulation study on anisotropic head tissue-induced current magnetic resonance electrical impedance imaging algorithm Journal of Zhejiang University (to be published) Sponsored by: Zhejiang University Issue number: CN 33-1245/T; ISSN 1008-973X No. One author wrote the full text of 5,000 words
Scientific research projects and patents
Participated in the 260,000 National Natural Science Foundation of China project "Bioelectrical Impedance Imaging of the Human Head Based on Nuclear Magnetic Imaging System" (NSFC-50577055) 2006-2008