氧化镉

研究发现，当青铜粉：氧化镉：二硫化钼为20∶6∶4（体积比）时，复合材料的摩擦磨损性能最佳。

When the volume fraction of bronze was 20 % , CdO was 6 % and MoS_2 was 4 % , the friction and anti-wear properties of PTFE composites were the best .

我们采用总能计算方法，简单的Buckingham势计算了氧化镉的相变。

We studied the phase transition of CdO by the total energy calculation method using a simple Buckingham type potential .

氧化镉（CdO）是一种非常重要的透明导电氧化物（TCO）材料。

Cadmium oxide ( CdO ) is an important transparent conductive oxide ( TCO ) material .

光学性质研究发现：多孔氧化镉纳米线的PL谱呈现出发射波长随激发波长的增加而红移；对于UV-vis吸收光谱，在505nm处有一个较宽的吸收峰。

Furthermore , the UV-visible absorption spectrum of the porous CdO nanowires presents a broad absorption peak at 505 nm ; and the photoluminescence band shifts as excitation wavelength changes .

氧化镉粉尘致大鼠肾毒性的实验研究

An experimental study of rats ' nephrotoxicity caused by cadmium oxide dust

稀土镝掺杂纳米氧化镉薄膜的制备及特性

Preparation and Characteristics of Nanometer Cadmium Oxide Thin Films with Dysprosium Doping

本文通过气管注入式染毒探讨了氧化镉粉尘对大鼠的肾毒性。

The nephrotoxicity of cadmium oxide dust on rats has been discussed .

特别选用乙醇溶液浸取硫酸镉，降低了氧化镉的干扰。

The cadmium sulfate is selectively dissolved in alcohol solution .

溶胶-凝胶制备氧化镉薄膜及其性质研究

Study on the preparation and the properties of cadmium oxide coating through sol-gel

厚膜陶瓷基质的氧化镉中所含的镉。

Cadmium contained in the cadmium oxide of a thick film ceramic substrate .

银-氧化镉电触头材料及产品的研制

Development of Ag-CdO electrode contact materials and products

氧化镉薄膜的制备与性质研究

Preparation and Properties of CdO Thin Films

氧化镉纳米颗粒的制备

Preparation of cadmium oxide nanoparticles

银氧化镉材料的欧盟限制政策与其它银金属氧化物电接触材料的发展

Restrictive Policy of European Union in Silver / Cadmium Oxide and Development of Other Silver / Metal Oxide Electrical Contact Materials

作者认为，难溶性的氧化镉粉尘经呼吸道染毒对大鼠肾脏也有损害作用。

Thus the authors suggest that the kidney of rats exposed to insoluble cadmium oxide dust via respiratory tract could be damaged , too .

开发了高品质活性氧化镉粉末的制备工艺，系统地探索了工艺条件对氧化镉电池材料电化性能的影响。

The technique for preparing high quality active CdO powder was developed and the effect of technical conditions on electrochemical performance of CdO battery material was investigated systematically .

根据物理化学特性及电化学性能检测结果，对所收集的国内外镉镍电池用负极活性物质氧化镉的综合性能进行了比较，分析了各样品品质的差别以及产生差别的原因。

Based on the results of physical , chemical & electrochemical characteristics measurement , the comprehensive performance of the collected cadmium oxides used as the active materials for negative electrode of Ni-Cd battery manufacture was compared in this paper .

本文以醋酸镉、丙醇、丙三醇、三乙胺组成的先驱体溶液作为起始物，采用溶胶凝胶法，利用旋转涂覆技术，于玻璃基体上制备了高透过率、低电阻的氧化镉薄膜。

CdO thin films with high transmittance in the visible wavelength range and low electrical resistance have been prepared onto glass substrates by the sol-gel process using a spin-coating technique from a solution containing Cd ( OOCCH-3 ) - 2 2H-2O , ethylene glycol , glycerol , triethylamine .

结论氧化损伤是镉中毒机制的一部分，LA和Tau对镉致肾氧化损伤的恢复具有一定的促进作用。

Conclusions Oxidative damage is a part of the mechanism of cadmium toxicity . LA and Tau show some promoting effect on healing after sub-chronic damages induced by Cd .

结论在肾脏处于较低水平的氧化损伤时镉就可干扰体内肾小管上皮细胞E-cadherin依赖的黏附连接。

Conclusion Cd can disrupt E-cadherin-dependent adhesion junctions in the proximal tubule in vivo , which is the presence of a low level of oxidative stress .

氧化镍中镉的催化示波极谱测定

Catalytic Oscillopolarographic Determination of Cadmium in Nickel Oxide

镉胁迫对小麦幼苗膜脂过氧化作用及镉吸收转运的影响

Effect of Cd Stress on Lipid Peroxidation and Cd Uptake and Translocation in Wheat Seedling

由于具有4f电子，稀土材料呈现出独特的光学、电学和磁学性能，得到了广泛的研究和应用。氧化锌和硫化镉作为应用广泛的宽带隙半导体，对其研究一直备受关注。

Rare earth materials have attracted intensive research interest because of their novel electronic , optical , and chemical characteristics resulting from the 4f electrons . ZnO and CdS are important classical semiconductors with wide band gap , which have been widely applied and received intense attention .

络合吸附波测定锌及氧化锌中痕量镉

Complex Adsorption Wave Determination of Trace Cadmium in Zinc and Zinc Oxide

二氧化钌对硫化镉超微粒体系界面电子转移及光反应的催化与阻催化作用

The promotion catalysis and negative catalysis of ruo_2 on the interfacial photoreaction in superfine CDs particle system

银氧化锡是最有希望代替银氧化镉材料的无毒触头材料。

Silver tin oxide is the most promising non-toxic material to substitute silver cadmium oxide .

银氧化锡作为新型的电触头材料，因为其成分中不含有有毒元素镉，而被认为是当前银氧化镉电触头最为理想的替代材料之一。

Because of the toxic less element " cadmium ", the silver tin oxide as a new type of electrical contact material , is considered to be one of the most ideal alternative materials in the current silver cadmium oxide electrical contact .