2019.01So far: School of Electrical Engineering, Shandong University, Associate Researcher 2013.10-2018.10: British Syklaide University, Dr. 2012.10-2013.10: British Syklaide University, Master's degree 2010.09-2012.07: The University of Syklaide, UK, Joint Training Bachelor 2008.09-2012.07: Shanghai University of Electric Power, Bachelor of Engineering |
1. y. Sun and I. Timoshkin, ET Al, ‘IMPULSIVE DISCHARGES in Water: Acoustic and Hydropynamic Parameters,’IEEE TRANSACTIONS on Plasma Science, Vol. 44, PP 2156-2166, Oct.2016. 2. y. Sun and I. Timoshkin, ET Al, ‘Electrical and Acoustic Parameters of Wire-GUIDED DISCHARGES in W Chinese,’IEEE TRANSACTIONS on Plasma Science, Vol. 45, PP 2648-2655, Oct. 2017. 3. y. Sun and I. Timoshkin, ET Al, ‘Acoustic ImpulseS Generated by Air-Bubble Stimulated Underwater Spark Discharges’, IEEE Transactions on Dielectrics and Electrical Insulation, Vol. 25, PP 1915-1923, Oct. 2018. 4. y. Sun, i. V. Timoshkin, m. J. Given, m. P. Wilson, T. Wang, s. J. Macgregor and n. Bonifaci, "Hydropynamic Parameters of Air-Bubble Stimulated Underwater Spark Dischaarges,"In IEEE 19th ICDL, Manchester, UK, jun. 25 - 29, 2017, pp. 1-4. 5. i. V. Timoshkin, y. Sun, m. J. Given, m. P. Wilson, T. Wang, s. J. Macgregor and n. Bonifaci, "IMPULSIVE BREAKDOWN in WATER: OPTIMISATION of Energy Delivery for High Acoustic Output,"In IEEE 19th ICDL, Manchester, UK, jun. 25 - 29, 2017, pp. 1-4. 6. y. Sun, i. V. Timoshkin and s. J. Macgregor, "Optimissation of Acoustic Emission From Transit Plasma Discharges in Water,"In Technology Plasma Workshop, Book of abstracts, Coventry, UK, Oct. 2015, pp. 1. 7. y. Sun, i. V. Timoshkin and s. J. Macgregor, "IMPULSIVE DISCHARGES in Water: Plasma Resistance and Acoustic Emission,"in UHVNet Colloquium, Book of abstracts, Stafford, UK, jan. 2015, pp. 1. |
Research: Water bubble Na Na second pulse discharge shock wave precise regulation and sound energy efficiency optimization, National Natural Science Foundation Youth Project,[Project number: 51907108]Host,2020-2022,2310,000 yuan. Calculation and experimental research on the phenomenon of discharge in Mars sand and dust incident,National Natural Science Foundation on Face,[Project number: 11975142], the main participants,2020-2023,6510,000 yuan. Underwater Na Na Supin Blood Discharge-Institutional wave system mechanism research and application, Shandong UniversityFuture Scholars Program, Host,2019-2024,5010,000 yuan. Sub -funding project for basic scientific research business fees in Shandong University,Host,2019-2022,1510,000 yuan。 |