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1)  RF discharge
射频放电
1.
Study of CO slab laser excited by RF discharge at room temperature;
室温工作的射频放电激励板条CO激光器
2.
Experimental study on singlet delta oxygen production in slab RF discharges;
板条射频放电产生单重态氧实验研究
3.
The theoretical model of slab α-RF discharge plasma in oxygen-iodine lasers is established according to the continuity equation of the current, the continuity equation of the electron in steady state and electron energy balanced equation.
根据射频放电中电流连续性方程、稳态时电子数密度的连续性方程以及电子的能量平衡方程,建立了气体放电氧碘激光器中α型射频放电等离子体的理论模型,通过数值求解得到了射频放电等离子体中电场、电子数密度的空间分布,分析了放电参数对放电特性的影响。
2)  radio frequency discharge
射频放电
1.
The kinetic models were founded on the base of the different characteristics of RFD (radio frequency discharge) and DBD (dielectric barrier discharge) plasma, and the rate constants were gained to simulate the set of kinetic equations.
根据射频放电和介质阻挡放电特点,分别对其中甲烷的裂解过程建立动力学模型,得到裂解反应速率常数,并对描述反应进程的动力学方程组进行了数值模拟。
3)  radio-frequency discharge
射频放电
1.
1 MPa) by radio-frequency discharge at 13.
56 MHz的射频放电条件下研究了反应器结构形式、激发电压、放电面积、N2/H2配比和气体总流量对射频等离子体氨合成反应的影响。
4)  radio-frequency gap
射频放电器
5)  RF electrodeless field discharge
射频无电极放电
1.
A novel type of plasma lamp,stimulated by RF electrodeless field discharge,was developed with an optimized electro-optical conversion efficiency of 22.
本文报道了一种利用射频无电极放电激励的氮气等离子体新型光源,测出了辐射光谱、光功率、工作气压等光源相关参数,优化实验条件得出的电光转换效率达22。
6)  Radio frequency glow discharge
射频辉光放电
1.
The deposition of diamond-like carbon films produced by radio frequency glow discharge of hydrocarbon gas was studied,and the effects of radio frequency voltage and deposition time on the thickness and the Vickers microhardness of films were investigated.
研究了碳氢气体通过射频辉光放电沉积类金刚石碳膜。
2.
Plasma chemical vapor deposition in silane radio frequency glow discharge is a main fabrication technology of hydrogenated amorphous silicon(a-Si:H)films.
射频辉光放电硅烷等离子体化学汽相沉积是制备氢化非晶硅薄膜的主要工艺技术。
3.
This paper reports that a heated and tuned Langmuir probe has been used on the measurement of the electron energy distribution function f(E), the mean electron energy and the electron concentration in radio frequency glow discharge plasma, and gives a systemic analysis about the effect of the technology parameters on the electron character in plasma space.
本文采用加热的调谐单探针研究了射频辉光放电等离子体空间电子能量分布函数,电子平均能量和电子密度,并系统地分析了各工艺参量对于等离子体空间电子特性的影响。
补充资料:射频


射频


  物理学术语。介于声波和红外线之间的波的频率。用于MR研究的射频常在兆赫兹(MHz)范围内。磁共振成像中,必须使用射频脉冲选择性激励特定层面的质子,以产生MR信号。
  
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