Optical absorption spectroscopy and X-ray absorption fine structure technique were used to study the formation mechanism of Cu nanoparticles and local structures of copper atoms in silicate glass.
利用光学吸收谱和X射线吸收精细结构谱分析了铜纳米颗粒在玻璃中的形成机理及其局部结构。
It has been demonstrated that the photoacoustic spectroscopy is suitable for the study of fine structure, forbidden transition and ultra analysis of rare earths.
表明光声光谱分析方法对于稀土元素的光谱精细结构、禁戒跃迁研究及其分析测定是一种重要的手段。
The results show that the study on lens effect in fine flame stratified film structure is benefit for obtaining very accurate laser hologram information.
结果表明：精细的火焰多层膜层结构的透镜效应研究对获得极准确的激光全息信息非常有益。
The effect of dynamic action on bacteria's inner-structure should need further observing cell's super fine slices through Transmission Electron Microscope study.
动力作用对细菌细胞内部结构的损伤，有赖于通过电镜观察细胞超薄切片来进一步研究。
The effect of dynamic action on bacteria's inner-structure should need further observing cell's super fine slices through Transmission Electron Microscope study.
动力作用对细菌细胞内部结构的损伤，有赖于通过电镜观察细胞超薄切片来进一步研究。
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