cnx

The study of the CNx film structure by X-ray diffraction .

用直流磁控反应溅射方法，以陶瓷作为衬底，用X射线衍射方法，研究CNX薄膜的组织结构。

The catalysis growth mechanism and morphologic structure of CNx nanotube are also discussed .

本论文还对CNx纳米管的催化生长机制，形貌结构特征进行了探讨。

The study of carbon nitrogen bonds in the CNx film by FTIR .

用傅里叶变换红外光谱仪，研究CNX薄膜中C和N的键合情况。

Recently , the electronic properties and cold cathode emission properties of CNx films attracted new attention .

近年来在电学性质和冷阴极电子场发射方面引起了关注。

CNx with metal catalysts or without metals on them have shown enhanced catalytic activity .

CNx直接或者负载金属作为催化剂都显示了良好的催化活性。

The study of the optical band gap of CNx film by UV-VIS spectrophotometer .

用可见紫外分光光度计测试研究了CNX薄膜的反射率和透射率谱，获得了CNX薄膜的光能隙。我们的实验工作，有很大部分花在寻找能够沉积较高质量CNX薄膜的衬底材料上。

The growth of CNx nanotubes on Ni substrates pretreated in different conditions was investigated .

研究了经过不同实验条件处理过的镍基底表面的CNx纳米管的生长情况。

And by living in or visiting , you will feel like a star in CNX Movie World .

在清迈电影世界中生活和游玩，你会觉得自己就像一个明星。

The main functions of Cnx are Ca2 + storage , glycoprotein folding , and quality control of synthesis .

Cnx主要在Ca2+存储、糖蛋白折叠和蛋白质合成质量控制中行使功能。

It is known that the nitrogen-doped carbon ( CNx ) show n-type or metallic behavior and have greater electron mobility .

氮修饰碳（CNx），与n型半导体有类似的作用，可以促进电子的迁移。

The market extended decline in early afternoon trade , with the S & P CNX Nifty sliding to a fresh intraday low .

印度股市午盘初延续早盘跌势，标准普尔CNX轻巧指数下跌刷新一日新低。

Now , thanks to the exciting attractions and amenities available , CNX Movie World will allow us to experience that excitement every day .

现在，因为有了清迈电影世界，我们可以每天都体验电影带来的兴奋和刺激。

Movies fans from around the world will be drawn to CNX Movie World where they will have a chance to see the international film industry in action .

来自世界各地的电影爱好者将会被吸引到这里来，因为在这里他们将有机会看到正在制作中的国际大片。

The CNx nanotubes films were fabricated by pyrolyzing ethylenediamine on Ni substrates at 860 ℃ .

以乙二胺为前驱液，采用高温热解法，860℃下在镍基底表面生长CNx纳米管薄膜。

The crystal structures and chemical bondings of the CNx / TiNy films are analyzed by the methods of SAED , XRD and XPS .

采用SAED、XRD、XPS等手段对制备的CNx／TiNy薄膜进行晶体结构和价键结构分析。

The ratios of [ N ] / [ C ] varies from 1.6 to 4.5 in the CNx / TiNy multilayers prepared by ion beam sputtering .

在离子束溅射制备的CNx／TiNy多层膜中，[N]/[C]比介于1.6～4.5之间。

Carbon nitride ( CNx ) films have been prepared on Si ( 100 ) substrates by cathode electrodeposition , using methanol and methanol-urea solution as electrolyte .

以单晶硅片（100）为衬底，尿素-甲醇有机溶液为沉积液，用电化学沉积的方法在阴极制备出CNx薄膜。

Carbon , CNx , BCN , Ga-doped and B-doped nanotubes , synthesized by pyrolysis are studied by SEM , TEM and Roman spectroscopy .

本论文首先采用催化热解的方法制备出碳纳米管、碳氮纳米管、硼碳氮纳米管、镓掺杂碳纳米管和硼掺杂碳纳米管，并通过SEM、TEM、拉曼光谱仪对各种纳米管进行研究。

Recent studies have shown that Cnx is important in phagocytosis and in optimizing dendritic cell immunity . However , the functions of Cnx in invertebrate innate immunity remain unclear .

最近的研究显示Cnx还在吞噬和树突状细胞免疫中有重要作用，然而Cnx在无脊椎动物先天免疫中的作用尚不清楚。

The fringe spacing of 0.32 nm observed by HRTEM is corresponded to ( 002 ) plane of the CNx crystal , and also overlapped with data from XRD .

用高分辨TEM观察到了0.32nm的条纹间距，对应于CNx晶体的（002）晶面，也与X射线衍射数据重合。

It is the needs that have resulted in progress of research on such new type superhard films as diamond film , cubic boron nitride ( C-BN ) and carbonitride film ( CNx ), nano-composite films and so on .

正是这种客观需求导致了诸如金刚石膜、立方氮化硼（c-BN）和碳氮膜（CNx）以及纳米复合膜等新型超硬薄膜材料的研究进展。

Raman spectroscopic studies show that the intensities of the D with respect to G band and the widths ( FWHMs ) of Raman bands can represent the change of the CNx nanotube 's crystallinity with the nitrogen incorporation .

对CNx纳米管样品的拉曼光谱研究结果显示，拉曼光谱中D带和G带的相对强度、拉曼峰半高宽等信息可以反映由于氮原子掺杂所引起的纳米管结晶有序程度的变化。