2021年12期
刊物介紹
“Plasma Science & Technology”（等離子體科學和技術）是中國科學院等離子體物理研究所主辦的英文版學術期刊。其宗旨是向國內(nèi)外報導我國等離子體科學界和國外科學家在高溫等離子體、低溫等離子體、天體空間等離子體、放電等離子體和激光等離子體等各個領域在基礎研究、實驗探索、裝置建設和應用開發(fā)中所取得的具有新意的學術成果或階段性成果，并刊登反映這些學科國際、國內(nèi)發(fā)展新方向、新動態(tài)的綜述，以及與等離子體有關的交叉學科和應用方面的最新成就等。
Plasma Science and Technology
PAPERS
- Numerical simulation of nanosecond laser ablation and plasma characteristics considering a real gas equation of state
- The propagation dynamics and stability of an intense laser beam in a radial power-law plasma channel
- Effect of edge magnetic island on carbon screening in the J-TEXT tokamak
- Relativistic effect on synergy of electron cyclotron and lower hybrid waves on EAST
- Influence of the X-point location on edge plasma transport in the J-TEXT tokamak with a high-field-side single-null divertor
- A simulation study of protons heated by left/right-handed Alfvén waves generated by electromagnetic proton–proton instability
- Investigation of optimum discharge characteristics and chemical activity of AC driven air plasma jet and its anticancer effect
- Probe method to measure the electromagnetic field in a plasma by Poynting vector conversion
- Pre-breakdown to stable phase and origin of multiple current pulses in argon dielectric barrier discharge
- Research on the characteristics of atmospheric air dielectric barrier discharge under different square wave pulse polarities
- Large eddy simulation on the flow characteristics of an argon thermal plasma jet
- Analysis of optical emission spectroscopy data during silicon etching in SF6/O2/Ar plasma
- Energy properties and spatial plume profile of ionic liquid ion sources based on an array of porous metal strips
- Parametric study of high-frequency characteristics of plasma synthetic jet actuator
- Plasma treatment for enhancement of the sorption capacity of carbon fabric
- Thermophysical properties of pure gases and mixtures at temperatures of 300–30 000K and atmospheric pressure:thermodynamic properties and solution of equilibrium compositions
- Evaluation of gases’ molecular abundance ratio by fiber-optic laser-induced breakdown spectroscopy with a metal-assisted method
- A study on nuclear analysis of the divertor region of the CFETR