1·The oxygen ionic conducting properties of the ceramic specimens were examined by impedance spectroscopy analysis.
采用交流阻抗谱分析研究了样品的氧离子导电性能。
2·Near-infrared spectroscopy analysis technique is efficient, rapid, low cost, noninvasive, not destroying environment.
近红外光谱分析技术具有高效、快速、低成本、无损伤和绿色环保等优点。
3·The spectroscopy analysis shows that all those quinolone drugs can react with BLf or HSA and form a drug-protein compound.
光谱分析结果表明，上述喹诺酮类药物都可以与牛乳铁蛋白或人血清白蛋白之间形成亲和力较强的复合物。
4·Infrared Spectroscopy Analysis and NMR Spectroscopy Analysis showed that the structure of LMWC was almost the same as chitosan.
核磁共振波谱分析和红外光谱分析证明，低分子量壳聚糖的结构相对于壳聚糖原料并未发生变化。
5·Until now, no spatial distribution of particles in plasma has been measured simultaneously by means of mass spectroscopy analysis.
到目前为止，还未见到用质谱手段来测量等离子体中粒子空间特性的报道。
6·The influence of ambient temperature and humidity on a NIR spectroscopy analysis model was researched for xylidine content in mixed amine.
以混胺样品为研究对象，研究环境温、 湿度对混胺中二甲苯胺等成分含量近红外定量分析模型的预测能力的影响。
7·In the Non-invasive measurement of human blood glucose with spectroscopy, the Near-infrared spectroscopy analysis technique is the major method.
因而在无创伤人体血糖浓度测量的研究，近红外光谱的测量方法是主流方法。
8·The method of the homogeneity testing of titanium-alloy CRM for spectroscopy analysis was given, which included samples selecting, testing and analysis.
介绍钛合金光谱分析用标准物质均匀性检验的抽样、试、验及判断方法。
9·Also, the Raman spectroscopy analysis showed that the ancient and recent skin spectra were very similar, indicating that the molecular structure of the mummy s skin was largely unchanged.
同时，拉曼光谱分析显示古代皮肤与现代皮肤的光谱非常类似，这表明木乃伊皮肤的分子结构基本没有发生变化。
10·Different dielectric loss variation tendencies are observed in the type-A specimens, which can be well explained by the impedance spectroscopy analysis and further confirmed by the EDX results.
A类样品的介电损耗特性与其他两类样品不同，这一现象可由阻抗谱分析给予解释，并可由EDX能谱分析得到进一步证实。