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Zhang Yuantao, 1976New Year's Eve.

Academic identity:

Professor, doctoral supervisor

Work experience:

2015.4-2016.4 Princeton University (Princeton University), visiting scholars

2009.10-2015.4 School of Electrical Engineering, Shandong University, associate professor, professor

2006.8-2009.9 University of Lafborg, England (LOUGHBOROUGH University), postdoctoral

Research direction:

Gas discharge and plasma; calculate high voltage engineering; plasma and biological interaction

Academic works (part):

[1] y. T. zhang*, Y. Y. Chi, and j. he, Numerical Simulation on the Production of Reactive Oxygen Species in Atmospheric Pulse-Moduled RF Dischanges with HE/O2 Mixtures, Plasma Process. Polym. 11, 639-646 (2014)

[2] Y. Y. Chi, and y. t. zhang*, Theoretical Study on the Characteristics of Atmospheric Radio Frequency Discharges by Altering Electrode Gap, Plasma sci. Technol. 16,6,582-587 (2014)

[3] J. HE, and y. t. zhang*, Generation of Reactive Oxygen Species in Helium-Oxygen Radio-Frequency Discharges at ATMOSPHERIC PRESSURE, ieee trans. Plasma sci. 41，2979-2986 （2013）

[4] J. HE, j. HU, d. Liu, and y. t. zhang*, Experimental and Numerical Study on the Optimization of Pulse Modurative Radio-Frequency M88 games apkDischarges, Plasma Sources SCI. Technol. 22, 035008 (2013)

[5] y. t. zhang*, j. Lou, q.q. Li, and q. m. Li, Electrode Gap Effects on the Electron Density and Electron Temperature in Atmospheric Radio Frequency Dischanges, ieee trans. Plasma sci. 41 (3), 414-420 ( 2013)

[6] y. t. zhang*, and j. he, Frequency Effects on the Production of Reactive Oxygen Species in Atmospheric Radio Frequency Helium-Oxygen Discharges, Phys. Plasmas, 20, 13502 ( 2013)

[7] J. HE, and y. t. zhang*, Modeling Study on the Generation of Reactive Oxygen Species in Atmospheric Radio Frequency Helium-Oxygen Discharges, Plasma Process. Polym. 9, 919–928 (2012)(Cover article)

Scientific research project:

[1] Based onamarThe atmospheric pulses of the algorithm Plasma Plasma fast numerical simulation research，National Natural Science Foundation

[2] Theoretical research on the interaction of atmospheric plasma plasma，National Natural Science Foundation

[3] Dynamic simulation research for active particles produced and optimized in the atmospheric pulse of the electrical electrococcus electrostatic，Strong electromagnetic engineering and new technologies key laboratory open topics

[4] Numerical simulation research on the stability and activity of the atmospheric pulse electrical plasma stability and activity，Shandong Natural Science Fund

*More scientific research projects see the team overview-Scientific research project

Contact information:

ytzhang@sdu.edu.cn