1) Wavelength separation multilayer
波长分离膜
2) harmonic beam splitter
倍频波长分离膜
1.
A harmonic beam splitter with a simply regular structure and good optical characteristics was designed by adding matching layers between the basic stack and its media and optimizing with a computed-aided film stack design procedure.
通过对主膜系添加匹配层并借助计算机对膜系进行优化,设计出结构规整、性能优良的1064nm倍频波长分离膜。
2.
The fabrication of harmonic beam splitter for 532nm wavelength green light laser with dual ion beam sputtering(DIBS) technology was studied.
采用双离子束溅射技术、时间控厚方式制备波长532nm绿光激光器用倍频波长分离膜。
3) quarter-wave thin film
四分之一波长膜
4) single-wavelength DIAL
单波长距离差分
1.
Results of two methods show that the effects are larger for single-wavelength DIAL but less for two-wavelength DIAL.
比较结果表明：单波长距离差分方法受温度变化和气溶胶的不均匀影响较大，双波长差分方法受影响较小，两种方法的处理结果有明显差异。
5) wavelength dispersion (WD) spectrometer
波长离散分光计
6) Quarter wavelength stack
四分之一波长膜堆
补充资料：离子交换膜(见膜分离)
离子交换膜(见膜分离)
ion exchange membrane
1 121 Jiaohuonmo离子交换膜(ion exehange membrane)印瞪夺离_
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条