Impurity States in Wurtzite Nitride Semiconductor Ellipsoidal Quantum Dots

纤 锌 矿氮化物半导体椭球形量子点杂质态

It was found that ZnO thin films of the wurtzite structure were prepared by this method .

研究发现，该方法可以在 玻璃 衬底上成功制备 具有 纤 锌 矿结构的ZnO薄膜。

However as a covalent chemical compound with the wurtzite crystal structure A1N is not easy to sinter .

然而， A1N是强共价键化合物，烧结活性低，而且A1N很容易水解引入氧杂质。

The results of XRD show that the thin film has a wurtzite structure .

结果表明：沉积 电位对薄膜形貌有着显著的影响； 多孔片晶 ZnO 为 六 方 纤 锌 矿结构；

Paradoxically wurtzite boron nitride 's hardness appears to come from the flexibility of the bonds between the atoms that make it up .

令人意想不到的是， 纤 锌 矿 型氮化硼的惊人硬度居然源自原子间 富于弹性的键。

All the sputtering AZO films had a hexagonal wurtzite structure with ( 002 ) preferred orientation .

溅射法制备的AZO薄膜均为六 方 纤 锌 矿结构，具有（002）择优取向。

First-principle Study of Electronic and Optical Properties of Wurtzite Structure GaN

纤 锌 矿GaN光电性质的第一性原理研究

The results show that it has a polycrystalline hexagonal wurtzite structure .

结果表明：ZAO薄膜的结构 为 标准 的 ZnO 纤 锌 矿 相，没有 Al2O3 相出现；

The X-ray diffraction ( XRD ) patterns show that ZAO thin films has a hexagonal wurtzite structure .

在氮气气氛下进行退火处理，X射线衍射（XRD）谱表明ZAO薄膜具有六角 纤 锌 矿 的 晶体结构。

The Energy of an Exciton in a Wurtzite GaN / Al_xGa_ ( 1-x ) N Quantum Well

纤 锌 矿GaN/AlxGa（1-x）N量子阱中激子能量

ZnO is a wide direct-gap semiconductor with a hexagonal crystal structure of wurtzite .

ZnO是一种具有 纤 锌 矿晶体结构的直接宽带隙半导体材料。

Exciton States and Interband Transitions in Wurtzite ZnO / Mg_xZn_ ( 1-x ) O Coupled Quantum Dots

耦合 ZnO/MgxZn（1-x）O量子点中的激子态和带间光跃迁

All the films have the single-phase wurtzite structure with c-axis preferred orientation .

薄膜均具有单相、c轴取向的 六 角 纤 锌 矿结构。

X-ray diffraction spectra showed that the sample is hexagonal wurtzite ZnO structure .

X射线衍射谱表明样品为六角 纤 锌 矿结构的ZnO晶体。

The results indicated that GaN particles in wurtzite structure were obtained at the Ga source temperature of 850 ℃ .

结果表明：当Ga源温度为850℃时得到 六 方 纤 锌 矿结构的GaN晶体颗粒。

Phase Transition Elastic Property and Electronic Structure of Wurtzite and Rocksalt ZnO

纤 锌 矿和岩盐结构ZnO的相变、弹性性质和电子结构研究

Results show that the AZO thin films have polycrystalline hexagonal wurtzite structure with highly c-axis preferred orientation .

结果表明，实验制备的柔性AZO薄膜为六角 纤 锌 矿结构，且具有良好的c轴择优取向。

These synthesized nanostructures were single-crystalline wurtzite structure .

这些合成的纳米结构都是 纤 锌 矿单晶结构。

The results show that all the samples are wurtzite structural and have c-axis preferred growth orientation .

分析结果表明：不同 掺杂 浓度的样品都 为 纤 锌 矿结构，且其衍射峰都具有明显的c轴取向。

The result of the XRD indicated that the production structure was wurtzite which was mixed with hydrocarbon .

射线衍射结果表明，掺入了碳氢化合物的反应产物的 晶须 属 六 方 纤 锌 矿结构。

And the crystalline structure is hexagonal wurtzite structure exist natively zinc interstitial atom and oxygen vacancies defects .

其晶体结构是六方 纤 锌 矿结构，天然存在着锌间隙和氧空位缺陷。

The nanorods have wurtzite structure without electrical field assistance and are primarily of zincite structure under electrical field .

无电场时制得的ZnO纳米棒属 纤 锌 矿结构，而在电场下制得的主要是 红锌矿结构。

First-principles study of the crystal structures and electronic properties of S doped wurtzite ZnO

S掺杂 纤 锌 矿ZnO晶体结构及电子性质的第一性原理研究

Numerical calculations on an AlN / GaN / AlN wurtzite QWW are performed .

对一个 AlN/GaN/AlN 纤 锌 矿量子阱线进行了数值计算。

XRD pattern indicates that ZnO nanorods have a typical wurtzite structure and grow along with the c-axis direction well .

XRD表征说明，ZnO纳米棒 为 纤 锌 矿结构，沿C轴取向性生长。

X-ray diffraction ( XRD ) indicates the nanocrystalline ZnO thin films with a polycrystalline hexagonal wurtzite structure .

采用有效的手段对样品的质量表征：X-射线衍射（XRD）结果表明，纳米ZnO薄膜具有六角 纤 锌 矿多晶结构。

First-principle Calculation of Electronic Structure of Wurtzite ZnO Crystal

纤 锌 矿 型氧化 锌电子结构的第一性原理计算

The resulting NZO nanocrystals have a hexagonal wurtzite structure with a double cone-like morphology .

制备的NZO纳米晶均为六方 纤 锌 矿结构，其形貌仍为双锥体。