PHDTutor
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Zhang Yuantao
发布时间:2018年11月06日 11:05    编辑:    点击:[]

ResearchInstitute

Institute   of High Voltage and Insulation Technology

Academic status

PhD Tutor

 

Personal message

Name

YTZhang

Gender

Male

Date   of Birth

1976.6

Hometown

 

Professional   Title

professor

Position

 

Telephone

81696307

Email

Ytzhang@sdu.edu.cn

Yuantaozhang@gmail.com

Working Experience

2015.4-2016.4   Princeton University, visiting scholar;

2009.10-2015.4   Associate Professor, Professor, School of Electrical Engineering, Shandong   University;

2006.8-2009.9   Postdoctoral fellow at Loughborough University, UK;

2001.7-2006.7   Dalian University of Technology, Ph.D.;

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

Research Direction

Gas   discharge and plasma;

Calculate   high voltage engineering;

Plasma and biological   interaction

Publications

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 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   Tran. Plasma Sci. 412979-2986 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)

Participated in the compilation of works:

"Atmospheric Pressure Gas Discharge   and Its Plasma Application", completed Chapter 2 "Numerical   Pressure RF Gas Discharge Numerical Simulation"

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

 

Undergoing Research Products

? Rapid   numerical simulation of atmospheric pressure pulsed discharge plasma based on   AMAR algorithm, National Natural Science Foundation of China

 

?   Theoretical study of atmospheric pressure plasma and cell interaction,   National Natural Science Foundation of China

 

? Dynamics   simulation of active particle generation and optimization in atmospheric   pressure pulse discharge, open topic of State Key Laboratory of Advanced   Electromagnetic Engineering and New Technology

 

? Numerical   simulation of the stability and activity of atmospheric pressure pulsed   discharge plasma, Shandong Natural Science Foundation

 

? Research   on new microwave plasma source and LED light source technology, horizontal   project

 

? Theoretical   study on the mechanism of plasma-cell interaction, Shandong University's   basic research business fee cross-disciplinary project

Academic types

Academic,   professional

 

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