Production of nano-composite by RF plasma jet in Sc Fluid

我们评估了C2天鹅波段的气体温度。温度随压力升高而升高（在5mpa下约4000k）。我们加入了四甲基硅烷，然后我们尝试生产SiC。在1atm时，我们没有得到产物。在3 MPa以上，产品质量随压力增大而增大。FT-IR观察表明产物中含有碳化硅。此外，我们还提出了一种新型的水溶液射频等离子体射流系统。在两个电极之间施加射频功率，并在它们之间放置绝缘板。陶瓷管楔入绝缘板。等离子体射流从管的顶部流出。结果表明，等离子体可以用于纳米复合材料的制备。

We evaluated gas temperature from C2 Swan band. Temperature increased with pressure (around 4000 K at 5 MPa). We added Tetramethylesilane, and then we attempted to produce SiC. At 1 atm, we can obtained no product. Over 3 MPa, mass of the product increased with pressure. FT-IR observation shows that the product include SiC.In addition, we proposed the novel system of RF plasma jet in aqueous solution. RF power was applied between two electrodes, and the insulating plate was placed between them. Ceramic Tube was wedged in the insulating plate. Plasma jet was flowed out from the top of the tube. It was confirmed that the plasma can employ to produce nano-composites.