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- XRD spectra show that the bulk GaN particles are wurtzite structure, and the NC GaN has small domain size and the structure of solid solution phase. XRD结果显示经由气凝法合成前后氮化镓均为一六方晶系结构，利用块状氮化镓生成的奈米粉体粒径微细且是一种固溶相结构。
- XRD spectra and SEM photos indicate that B-doping plays a great role on the microstructure of ZnO films. 南开大学光电子薄膜器件与技术研究所光电子薄膜器件与技术天津市重点实验室;
- The thermochromism are investigated by IR, UV-visible, DSC, XRD spectra in this paper, and their mechanism have been discussed preliminarily. 本文还用低热固相反应合成了具有可逆热色性的乙酰胺与过渡金属的配合物，此类可逆热色性材料尚未见报道。
- XRD spectrum showed that modification made the montmorillonite layer spacing greater and resulted in a better exfoliation compared with unmodified epoxy resin. 射线衍射分析表明,改性使蒙脱土层间距变大,制备出的环氧树脂/蒙脱土纳米复合材料剥离结构较好。
- After obtained the powder of transparent ceramic, we have to character it, XRD spectra of the samples show that the samples exhibit the cube structure, the space group is Ia3d, its lattice constant is: A= 123. 7nm. 对透明陶瓷前驱体进行测试XRD分析;与标准JCPDS卡片对比表明样品属于立方晶系;空间群Ia3d;晶格常数为:A=123.;7nm。
- By XPS and XRD spectra of IMO films, it is confirmed that the lattice of IMO is the same as that of body-centered cubic of In203, Mo6+ in IMO substitutes In3+ in In203 and there are not any new compounds in IMO. XPS和XRD的测试结果证明,IMO薄膜中的Mo是以Mo~(6+)离子形式取代了In_2O_3晶格中的In~(3+)离子而存在的,没有形成新的化合物,也没有改变体心立方的In_2O_3晶格结构。
- The PANI was characterized by IR, UV-Vis spectra and XRD patterns. 探索了合成可溶性导电聚苯胺的最佳条件。
- The survey covered a broad spectrum of topic. 这本简史涉及的话题范围很广。
- XRD spectra XRD衍射图
- They could look at the spectra of the light the moons reflected. 他们可以观察月亮反射的光的光谱。
- Red and violet are at opposite ends of the spectrum. 红色和紫色位于光谱相对的两端。
- XRD,TEM and BET were used to analyze the aerogel. 采用XRD、TEM和BET等手段对样品进行测试表征。
- How to analysis XRD data? Thank you! 怎样分析xrd图,请指教?谢谢!
- There's a wide spectrum of opinions on this problem. 对这个问题的说法众说纷纭，莫衷一是。
- It is also approved by the results of the XRD. 并通过X射线衍射结果证实了试验结果。
- In the spectrum, distinct colours shade into each other. 在光谱中，截然不同的颜色相互融合起来。
- The larger atoms have much more complex spectra. 较重的原子具有较复杂的光谱线。
- There is a wide spectrum of opinions on this question. 在这个问题上有著各种不同的意见。
- It was characterized by Element analysis, SEM, XRD and UV-Vis spectrum. 通过元素分析,SEM,XRD,紫外可见光谱对所合成的催化剂进行了结构分析。
- The product structures were detd. by IR spectra. 用红外光谱对反应产物的结构进行鉴定。
