microzone electrophoresis

The results from micro area analysis of diamond by micro FTIR spectrometry show that the formation of diamond is a long and complicated process.

金刚石的微区显微红外光谱分析表明 :金刚石的形成是一个结晶物化条件变异 ,原始物质变换的复杂而又漫长的过程 ;杂质N、H等在其中的分布不均匀 ;同一晶体的中心部位其氮聚合态的转变时间与边缘相差约 60 2Ma;金刚石中的成键氢以对应 -CH3 的C -H键形式存在要比对应于 >C =CH2 的C -H键形式存在更为广泛。

Transient molecular signals occur in microdomains that are typically neither well mixed nor in equilibirum.

瞬时分子信号发生在微区,这些区域通常处于一种非均一非平衡状态。

By combining the Raman spectroscope with a self-built Fiber-optic probes,we has established the site size Raman spectroscope.

我们把拉曼光谱仪与实验室自制的光纤探针结合起来,建立了微区拉曼光谱系统,并基于此装置进行了实际测量,效果较好。

Combining the Raman spectroscope with a Fiber-optic probes of surface-enhanced Raman scattering,we established the site size Raman spectroscope.

将拉曼光谱仪与自制的光纤探针结合起来,建立了增强型微区拉曼光谱分析系统,测量了几个具有代表性样品的拉曼光谱,实验表明该装置样品浓度检测下线为10-9mol/L。

Research on Discerning for Micro-Area Analysis of Weasel Cercus and Horse Body Hair with Electron Microscope and EDAX;

黄鼠狼尾毛和马身毛的X射线能谱微区分析鉴别方法研究

Then the progress in research on micro-area analysis techniques and their applications in recent years for titanium dioxide thin film and its composite thin film are reviewed with great emphasis.

在简要介绍纳米TiO_2功能薄膜各种制备技术的基础上,着重对近年来研究TiO_2薄膜及其复合薄膜采用的微区分析技术及应用研究进展进行了综述,并比较了各种微区分析技术的优缺点。