研究领域
1. 低温等离子体实验诊断(探针与光谱诊断、激光诱导光剥离诊断等)
2. 低温等离子体与材料表面相互作用
3. 金属氧化物的生长及其电催化特性
近期论文
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1、Evolution of electron energy distribution function in capacitively coupled plasma driven by very high frequency,Acta Phys. Sin.,SCIE ,2016,王俊,苏州大学,辛煜,苏州大学,65/055203
2、Surface oxidation of multicrystalline silicon using atmospheric pressure plasma jet driven by radio frequency of 2.0MHz,Surface & Coating Technology,SCI,2016,唐成双,苏州大学,辛煜,苏州大学,304/537
3、Electronegativity of capacitively coupled Ar O2 plasma excited at very high frequency,Acta Phys. Sin.,SCIE,2017,杨郁,苏州大学,辛煜,苏州大学,66/185202
4、Reducing potential induced degradation of silicon solar cells by using a liquid oxidation technique,Solar Energy Materials and Solar Cells,SCI,2018,杨郁,苏州大学,辛煜,苏州大学,183/101
5、Axial diagnosis of electron and negative ion behaviors in capacitively coupled O2-containing Ar plasma driven by 27.12MHz,Physics of Plasmas,SCI,2019,赵一帆,苏州大学,辛煜,苏州大学,26/033502