High Voltage and Insulation Technology Research Institute

Academic Identity

Work experience

2015.4-2016.4 Princeton University (Princeton University), visiting scholar;

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

2006.8-2009.9 Loughborough University, UK (Loughborough   University）,Postdoctoral fellow;

2001.7-2006.7 Dalian University of Technology, PhD;

1995.7-1999.7 Shandong University of Science and Technology, Bachelor.

Personal information

Name

Zhang Yuantao

Gender

Male

Date of birth

1976.6

Place of Origin

Professional title

Professor

Position

Telephone

81696307

Email

ytzhang@sdu.edu.cn

yuantaozhang@gmail.com

Research direction

Gas discharge and plasma;

Computing high voltage engineering;

Plasma and biological interaction

Academic works

Main journal articles:

1.      Y. T.   Zhang*, Y. Y. Chi, and J. He, Numerical simulation on the production of   reactive oxygen species in atmospheric pulse-modulated RF discharges 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 gap electrode, 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 Tran. 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 modulated radio-frequency discharges, 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 discharges,   IEEE Tran. 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)

8.      Y. T.   Zhang*, and W. L. Shang, Frequency scaling laws of plasma bulk in atmospheric   radio frequency discharges, Plasma Process. and Polym., 9,513-521 (2012)

9.      J. Lou,   and Y. T. Zhang*, Analytical and numerical Study on the characteristics at   the α-γ transition point in radio-frequency helium discharges at atmospheric   pressure, IEEE Tran. Plasma Sci. 4, 274-279 (2013)

10.   Y. T. Zhang*, and G. Lei,   Numerical Simulation on the Discharge Structures in Atmospheric He/O2 RF   Microplasmas, IEEE Tran. Plasma Sci. 42(10)，3321-3327 (2014)

Co-edited works:

"Atmospheric Pressure Gas Discharge and Its Plasma Application"，Complete Chapter 2 "Numerical Simulation of Atmospheric Pressure Radio Frequency Gas Discharge"

"Core Key Technologies and Application Prospects of Atmospheric Pressure Discharge Plasma"

Undertake scientific research projects

•       Based onAMARResearch on fast numerical simulation of atmospheric pressure pulse discharge plasma using algorithm，National Natural Science Foundation of China

•       Theoretical study on the interaction between atmospheric pressure plasma and cells，National Natural Science Foundation of China

•       Kinematic simulation study on the generation and optimization of active particles in atmospheric pressure pulse discharge，Open project of the State Key Laboratory of Strong Electromagnetic Engineering and New Technologies

•       Numerical simulation study on the stability and activity of atmospheric pressure pulse discharge plasma，Shandong Provincial Natural Science Foundation

•       New microwave plasma light source andLEDLight source technology research, horizontal project

•       Theoretical study on the interaction mechanism between plasma and cells，Shandong University Basic Research Funds Interdisciplinary Project

Academic Type

Academic, professional