optical emission spectrum

基本解释

The gas analysis of plasma products detected atomic oxygen in an argon-oxygen plasma, which is hard to observe in optical emission spectrum.
气体分析法通过对等离子体产物的测量，得到原子氧在氩氧等离子体中生成的证据，解决发射光谱中无法观察到氧的问题。
Investigation on emission characteristics of radio frequency glow discharge optical emission spectrum for multi elements in middle-low alloy steel;
研究了不同含量的硅元素和热处理工艺对中碳低合金钢的组织与性能的影响。
The stimulated emission spectrum of Nd-doped fluoride glass fiber was tested. The relative theoretical model of 1. 3 μ m optical radiation is described.
测试了掺钕氟化物玻璃光纤的受激幅射谱特性，给出了相应的1．3微米光辐射的理论模型。

发射光谱
The discharge frequency is 30-40kHz; voltage is 6-12kV; power is 2.6-4.0W. The relation between the optical emission spectrum and the deposition mechanism were discussed and the electron temperature was calculated.
整个实验中，介质阻挡放电频率在30-40kHZ范围，电压值在6-12kV范围，放电功率值在2.6-4.0W范围。通过介质阻挡放电发射光谱与放电条件的关系，并对电子温度的加以测量计算，从机理上分析了放电条件和多孔硅基薄膜的沉积过程的关系。