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Synthesis of MoO3 by the glow discharge in contact with water

辉光放电与水接触合成MoO3

Khlyustova, Anna; Sirotkin, Nikolay; Krayev et al.

Plasma Science and Technology. 2018;():-. DOI:10.1088/2058-6272/aaf02b

Experimental study of double tearing mode on EAST tokamak

EAST托卡马克双撕裂模的实验研究

Wu, Mingfu; Liu, Zixi; Zhang et al.

Plasma Science and Technology. 2019;():-. DOI:10.1088/2058-6272/ab4f8a

In-situ monitoring method of PECVD process equipment condition

PECVD工艺设备状态的现场监测方法

Kang, Geonji; An, Surin; Kim et al.

Plasma Science and Technology. 2018;():-. DOI:10.1088/2058-6272/aafb2b

The effect of positive/negative ion on the dust grain charging process in a Vasyliunas-Cairns (VC)-distributed dusty plasma system

正负离子对Vasyliunas-Cairns（VC）分布式尘埃等离子体系统中尘埃粒子带电过程的影响

Ahmad, Nisar; Abid, Abid Ali; Al-Hadithi et al.

Plasma Science and Technology. 2019;():-. DOI:10.1088/2058-6272/ab0333

Characteristics of DBD Micro-discharge at Different Pressure and its Effect on the Performance of Oxygen Plasma Reactor

不同压力下DBD微放电特性及其对氧等离子体反应器性能的影响

Liu, Rui; Yu, Zhe; Cao et al.

Plasma Science and Technology. 2019;():-. DOI:10.1088/2058-6272/aafbbc

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