During his visit to Queensland University ofScience andTechnology in Australia, associate professor Xian Yubin of our institute worked closely with hisco-advisor, Professor Kostya Ostrikov, academician of the European Academy of Sciences, and achieved fruitful results in the field of physics and chemistry applications of low temperature plasma at atmospheric pressure.His research work on plasma hydrogen production was published in the Class A journal Chemical Engineering Journal (impactfactor 8.355) and was selected as thefront-pagepaper.The research on the uniform discharge of air at atmospheric pressure has achieved a breakthrough in the two-dimensional spatial distribution of air plasma under the 7 mm discharge gap, and the plasma stability is significantly enhanced (the maximum gap of uniform discharge of air previously reported in the international literature is only 4 mm).The results were published in the Class A journal Applied Physics Letters and were selected as featured articles. They were highlighted by the journal's social platform, and the American Society of Physics's "Scilight" column also appointed scientific writers to conduct an exclusive interview and news coverage of the work.

Paper link：

Uniform atmospheric pressure plasmas in a 7mm air gap

https://aip.scitation.org/doi/10.1063/1.5120109

Scilight news report：

Stable anduniform plasmas demonstrated in record-breaking discharge gap

https://aip.scitation.org/doi/10.1063/10.0000259