2022年10期
刊物介紹
“Plasma Science & Technology”（等離子體科學和技術(shù)）是中國科學院等離子體物理研究所主辦的英文版學術(shù)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(lǐng)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(shù)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(guān)的交叉學科和應用方面的最新成就等。
Plasma Science and Technology
PAPERS
- Impact of core electron temperature on current profile broadening with radiofrequency wave heating and current drive in EAST
- Study on divertor heat flux under n=3 and n=4 resonant magnetic perturbations using infrared thermography diagnostic in EAST
- CBETor:a hybrid-kinetic particle-in-cell code for cross-beam energy transfer simulation
- Ionization process and distinctive characteristic of atmospheric pressure cold plasma jet driven resonantly by microwave pulses
- Experimental and simulated investigation of microdischarge characteristics in a pin-topin dielectric barrier discharge(DBD)reactor
- Simulation study on electron heating characteristics in magnetic enhancement capacitively coupled plasmas with a longitudinal magnetic field
- Simulations of energetic alpha particle loss in the presence of toroidal field ripple in the CFETR tokamak
- Development of low power non-thermal plasma jet and optimization of operational parameters for treating dyes and emerging contaminants
- A comparison of power measurement techniques and electrical characterization of an atmospheric pressure plasma jet
- The effect of nitrogen concentration on the properties of N-DLC prepared by helicon wave plasma chemical vapor deposition
- The effects of dilution gas on nanoparticle growth in atmospheric-pressure acetylene microdischarges
- Impacts of laser pulse width and target thickness on laser micro-propulsion performance
- Cleaning of nitrogen-containing carbon contamination by atmospheric pressure plasma jet
- Study of a 105 GHz short-pulse dummy load for the electron cyclotron resonance heating system with the quasi-optical method
- Cross-focusing of two chirped Gaussian laser beams and THz wave generation in plasmas of multi-ion species under a weakly relativistic and ponderomotive regime