这种装置是在阴极和阳极间用甲烷氢气及氩气产生高密度等离子体射流。
With this apparatus, a plasma jet consisting of a mixture of methane, hydrogen and argon is realized at a high density between the anode and cathode.
介绍了与高密度等离子体工艺相关的模型和数值模拟方法，即连续流和动力学方法。
Methods in modeling and numerical simulation for the high density plasma processing are introduced, namely, continuous and kinetic methods.
水中放电等离子体(PPDW)具有高压、高密度和低温、低电离度的特点，人们对其辐射是否具有黑体辐射的特点一直观点不一。
Plasma in a pulsed discharge in water (PPDW) has the character of high pressure, high density and low temperature, low ionized degree.
螺旋波等离子体是一种高密度的低温低气压等离子体。
Helicon plasma is a kind of high density, low temperature plasma in low pressure.
应用扫描电镜研究了经不同等离子体条件处理的高密度聚乙烯表面形态的变化。
This paper reports the variation of HDPE surface treated with plasma in various conditions.
在H模式和高密度模式（HDM）下，用光谱方法研究了HL-1等离子体的约束状况。
Plasma confinements under H-mode and high density mode (HDM) in the HL-1 Tokamak have been investigated using spectroscopic method.
重离子冷却存储环中的束流是高密度的等离子体，这样的束流照射物体将得到超高压强。
In cooling storage ring heavy ion beam is plasma of high density. when a big power laser interacted on it, it will get ultra-high temperature.
结果表明两级喇曼压缩系统配偏振干涉能有效抑制主束谐波影响，以更高时间分辨测量等离子体的更高密度区域。
The result shows that with the aid of the probe beam, the electron density can be probed with a much higher temporal resolution and the disturbance of harmonic can be effectively avoided.
利用阴极真空弧放电技术能够产生高密度的金属等离子体。
A high dense metal plasma can be produced by using cathodic vacuum arc discharge technique.
表面等离子体光波导是实现全光回路的基础，其设计、制作和应用对于集成光学元器件走向微型化和高密度化具有重要的意义。
The SPWs are the foundation to achieve the optical circuit. The design, facture and application have great significance for integrated optical components to miniaturization and highly density.
地球外核处于高温、高压、高密度的等离子体状态，可以支持多种磁流体波的激发和传播。
The outer core of the earth, being in the plasma state with high temperature, high pressure, high density, and immersed in a strong toroidal magnetic field, can support varieties of plasma waves.
地球外核处于高温、高压、高密度的等离子体状态，可以支持多种磁流体波的激发和传播。
The outer core of the earth, being in the plasma state with high temperature, high pressure, high density, and immersed in a strong toroidal magnetic field, can support varieties of plasma waves.
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