1) laser-produced plasma source
激光等离子体光源
1.
Experimental study of the spectrum at 11~20 nm of a laser-produced plasma source using water target;
水靶激光等离子体光源11~20nm波段光谱实验
2) laser-based source
激光等离子体X射线源
3) liquid-target Laser Produced Plasma(LPP) source
液体靶激光等离子体光源
4) Laser plasma
激光等离子体
1.
New developments of laser plasma propulsion technology;
激光等离子体推进技术研究新进展
2.
Technology for measuring spectrum from nanosecond laser plasma soft X-ray source;
纳秒激光等离子体光源的光谱测量技术
3.
A hard X-ray spectrometer of filtered-difference detector used in laser plasma interaction experiments;
用于激光等离子体诊断的滤波-差分硬X光谱仪
5) Laser-produced plasma
激光等离子体
1.
X-ray polarization spectroscopy in laser-produced plasmas;
激光等离子体X射线极化光谱研究
2.
Soft X-ray reflectometer based on laser-produced plasma source with a gas-jet target;
使用气体靶激光等离子体光源的软X射线反射率计
3.
X-ray diagnosis spectroscopy of laser-produced plasma;
用于激光等离子体X射线诊断的谱仪
6) laser produced plasma
激光等离子体
1.
The formulae expressing the flashover voltage triggered by laser produced plasma,resistance of laser produced plasma and laser energy loss rate in the ionization of air have been calculated in this paper.
建立了计算激光诱导下间隙放电电压的计算公式,导出了激光等离子体电阻解析式与激光能量在传输中的衰减规律,由此可以求出激光诱导下间隙自持放电的条件。
2.
Experiment were performed using laser produced plasma X ray source, flat field grating spectrometer and soft X ray CCD.
实验采用激光等离子体软 X射线源作为光源 ,用平焦场光栅谱仪分光 ,在光路中引入掠入射镜以消除高级次谱的影响 ,用软 X光 CCD记录 ,在一发激光打靶实验中 ,测量了设计中心波长为 1 3 。
3.
Using the accurate expression of the Voigt profile we obtained,a method for the calculation of the optical depth of laser produced plasma is given out.
利用得到的精确佛克脱线型的表达式,给出了计算佛克脱线型激光等离子体的光学深度的方法。
补充资料:等离子体光源
分子式:
CAS号:
性质:原子发射光谱分析用的激发光源。有直流等离子体、电感耦合高频等离子体焰炬、电容耦合高频等离子体焰炬、微波等离子体焰炬光源。激发温度4000~12000K。检出限低,基体效应小,稳定,适用于多元素同时测定。
CAS号:
性质:原子发射光谱分析用的激发光源。有直流等离子体、电感耦合高频等离子体焰炬、电容耦合高频等离子体焰炬、微波等离子体焰炬光源。激发温度4000~12000K。检出限低,基体效应小,稳定,适用于多元素同时测定。
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