1.
Plasma Behaviors of Inductively Coupled Fluorocarbon Discharges and Fluorinated Carbon Films Growth Mechanism;
感应耦合放电的碳氟等离子体行为及碳氟薄膜生长机理
2.
Investigation on Distribution of Fluorocarbon Plasma Radicals and Its Effect on Bond Configuration of Fluorinated Amorphous Carbon Films;
碳氟等离子体中基团分布及其对a-C：F薄膜结构的影响
3.
Investigation of Inductively Coupled Fluorocarbon Plasma and Etching of SiO_2;
碳氟感应耦合等离子体及其SiO_2介质刻蚀研究
4.
Investigation of Carbon Tetrafluoride Treatment by Atmospheric Microwave Plasma
常压下微波等离子体处理四氟化碳的研究
5.
using nontoxic and harmless solvent such as water,SCF,ionic liquid and fluorine carbon phase and solid state reaction;
采用水、超临界流体、离子液体、氟碳相等无毒无害溶剂和固态反应;
6.
Polytetrafluorine-like Nanocrystals Film by Atmospheric Pressure Oriented Plasma Polymerize and Its Properties
常压等离子体定向聚合氟碳纳米晶结构膜及性能应用
7.
Surface properties of fluorocarbon plasma-treated cotton fabrics
氟碳化合物等离子体处理对纯棉织物表面性质的影响
8.
Study on the Fluoride Rubber Surface Modification by the Low Temperature Plasma Technique;
低温等离子体对氟橡胶表面改性研究
9.
When an oxidizing plasma is run in a system coated with fluorocarbon film, a substantial quantity of F atoms is released in the plasma.
当氧气等离子体在覆盖有氟碳薄膜的系统中起辉时，就会有相当数量的F原子在等离子体中释放。
10.
Investigation of Plasma Electrolytic Carbonitriding Technique in Solution;
液相等离子体电解碳氮共渗技术研究
11.
Study on Plasma RE Nitrocarburized of Steel AerMet100
AerMet100钢等离子体稀土氮碳研究
12.
Study on adhesion strength of argon plasma treatment of modified PTFE
氩等离子体处理聚四氟乙烯粘接性能研究
13.
Investigation of Plasma Chemistry in the Deposition of F-doped SiCOH Films;
氟掺杂SiCOH薄膜沉积的等离子体化学特性研究
14.
NMR Study on the Aggregation Properties of a Cationic Partially Fluorinated Surfactant DEFUMACl and Its CF/CH Mixed Systems;
阳离子碳氟表面活性剂DEFUMACl及其混合体系聚集特性的NMR研究
15.
ion plasma wave and ionic plasma oscillation
离子等离子体波和离子等离子体振荡
16.
STUDY ON CORONA DISCHARGE FOR CARBON DIOXIDE CONVERSION USING COLD PLASMA REACTION
电晕放电二氧化碳冷等离子体转化特性研究
17.
Synthesis of Coal-based Carbon Nano-/micro-material by DC Arc Discharge Method;
电弧等离子体法煤基碳纳米/微米材料的制备
18.
The Research on Natural Gas Transferred into C_2 Hydrocarbons Was Studied by the Method of Plasma on Line;
天然气等离子体法转化为碳二烃的在线研究