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ZnO

网络氧化锌；纳米氧化锌；氧化锌膜

ZnO

网络释义

ZnO

氧化锌

氧化锌氧化锌(ZnO),俗称锌白,是锌的一种氧化物。难溶于水,可溶于酸和强碱。

纳米氧化锌

纳米氧化锌(ZnO)粒径介于1-100 nm之间，是一种面向21世纪的新型高功能精细无机产品，表现出许多特殊的性质，如非迁移 …

氧化锌膜

氧化锌膜(Zno)或氧化镁锌膜(znmgo)的成膜方法及氧化锌膜或氧化镁锌膜128的成膜装置 Method For Production Of Zinc Oxide (…

锌氧化物

锌氧化物（ZnO）纳米线场效应晶体管具有最高的流动性和最低的亚阈值斜率日（氧化锌）的报告。该装置由一个单一的纳米 …

氧化锌电阻

在同样强励电流和反压下，采用氧化锌电阻（ZnO）作为非线性电阻的性能要优于碳化硅电阻（SiC）。参考文献 [1] 常炳权， …

氧化锌压敏电阻

从历史上看，在没有大量使用氧化锌压敏电阻（ZnO）以前，过去使用的碳化硅压敏电阻（SicR）在通过 8/20μs 波形的冲击电 …

氧化锌薄膜

...-N 异质接面电极剖面图 ITO 导电玻璃胶带 氧化锌薄膜(ZnO) 氧化镍薄膜(NiO) 21 3.1 物性量测 3.1.1 氧化锌薄膜 (a) (b) Fig 3.…

例句：

The oxygen reactive etching during the processing is found out to be an effective way to improve the photoluminescence of ZnO nanorods .

论文还发现长时间氧气反应离子刻蚀能够提高氧化锌纳米棒光致发光特性的作用。

ZnO nanoparticle is a typical semiconductor Electric conductivity of which is between that of conductors and that of insulators.

氧化锌纳米颗粒的导电能力介于导体和绝缘体之间是一种典型的半导体。

Ultrafine ZnO particles have mary specific microscopic physical properties and a wide application .

超细氧化锌具有许多特殊的性能，应用范围很广。

Speeding up the reduction of ZnO with control of the reduction of FeO is the key subject for increasing the ZnO recycling rate .

如何加快氧化锌的还原分离而抑制氧化铁的还原及聚集长大将成为提高氧化锌回收率的关键。

The conductive Mn-doped ZnO materials with hole carriers are most likely to have room temperature ferromagnetism .

空穴导电的 Mn 掺杂 ZnO 材料最可能具有室温铁磁性。

Fine-tuning the synthesis of ZnO nanostructures by an alcohol thermal process.

酒精热工艺微调氧化锌纳米结构的合成

A novel 3-D nano-structured ZnO has been prepared by two-step solution method on the surface of silicon and characterized by SEM and XRD .

采用两步溶液法在硅片表面制备了新颖的三维纳米结构氧化锌，并采用 SEM 和 XRD 等手段对其进行了表征。

In the light-emitting diodes and lasers , ZnO has a great prospect and become a research focus in recent years .

在发光二极管，和激光器上有很大的应用前景，成为这几年的研究热点。

Hexagonal cone-shaped ZnO nano material were synthesized by the esterification between Zinc acetate and Ammonia water .

以醋酸锌和氨水为原料，采用直接水热法制备锥形纳米氧化锌。

Part three, investigate the annealing treatment of ZnO nanorods. Thermal treatment will effect of ZnO nanorods emission characteristic.

第三部分探讨热处理温度对于氧化锌奈米杆放光特性之影响。

Nanometer ZnO powders were prepared by sol -gel method . The structure and performance of the sample were studied by XRD , TEM and UV -Vis.

本文采用溶胶 -凝胶法制备了纳米 ZnO 粉体，用 XRD 、TEM 、紫外可见吸收光谱对其结构及性能进行研究。

It's interesting that porous ZnO shows significant room temperature ferromagnetic even without any transition metal doping.

更有意思的是我们发现氧化锌多孔微球具有比较弱的室温铁磁性。

But the photo catalytic efficiency of ZnO always was relatively low for the reason of energy barrier .

但是，单一的氧化锌半导体材料因为势垒等因素使得光催化效率不高。

From the XRD analysis , the results reveal that the synthesized ZnO nanoparticles and nano wires are wurtzite phases.

从 XRD 分析结果可知，所合成之氧化锌奈米颗粒及阵列为具纤锌矿结构。

Finally , the mechanism of pulse laser ablation for ZnO nanoparticles was also discussed.

最后，对氧化锌纳米颗粒的激光烧蚀机制进行了解释。

OBJECTIVE: To improve the formula and the preparation method of ZnO Lotion so as to make it more adaptable to the clinical needs .

目的改进氧化锌洗剂的处方和配制方法，使其更加适应临床需要。

For the UV materials ZnO, the ruslte of raman spectra on surface characterization access to that measure by AFM.

利用拉曼光谱对紫外光电材料 ZnO 表面的性质的表征和利用原子力显微镜方法所得结论基本吻合。

which appeared quite different from aforementioned results obtained from the annealed ZnO sample .

出现上述结果不同从退火氧化锌样品。

ZnO

ZnO

氧化锌