The Studies of Preparation and Applications of Tetrapod - shape Zinc Oxide Whiskers

四脚状氧化锌晶须制备及其应用研究

Of all the traditional cauldrons ( ding ) since the Shang Dynasty only rectangular cauldrons such as the famous Simuwu tetrapod of the Shang Dynasty have flat bottoms .

商朝以来传统 鼎的形制中，只有方鼎为平底，如商代著名的司母戊大方鼎。

These discoveries have expanded almost exponentially our understanding of this critical chapter in the history of life on earth-and turned old notions about early tetrapod evolution diversity biogeography and paleoecology on their heads .

这些发现让我们对地球生命史上重要章节的了解，几乎有了巨幅的成长，也因而改写了我们过去对于早期 四足 动物演化、样性、物地理学及古生物学的观念。

Synthesis and photoluminescence of tetrapod - like ZnO material with rod-wire nanostructure

具有四角状 棒-线结构纳米氧化锌的 制备和性能

Study on the Antistatic Performance of Tetrapod - Shaped ZnO Whisker in Polyacrylonitrile ( PAN ) Fiber

氧化锌晶须 渗入 聚丙烯腈纤维的抗静电性能

Stability of tetrapod armour blocks under the action of irregular waves

四脚 锥体护面在不规则波作用下的稳定性

Composites of polyurethane / ZnOw polyvinyl / ZnOw and natural rubber / ZnOw with the electrical resistivity of 10 6 to 10 10 Ω were prepared using tetrapod shaped zinc oxide whisker as the conductive additives .

用 四 针状ZnOw作为导电填料制备了电阻率为106～1010Ω的导电或半导电聚氨酯/ZnOw、聚氯乙烯/ZnOw和天然橡胶/ZnOw复合材料，对其表面电阻和体积电阻进行了测试和分析。

Tetrapod nano-ZnO prepared by melting-combustion method

熔融燃烧法制备四 针状纳米氧化锌

Research Progress in Tetrapod - like Zinc Oxide

四 针状氧化锌 晶须的研究进展

Nano zinc oxide were grown on n-Si ( 111 ) substrate by directly evaporating high pure zinc powder without employing catalyst at 800 ° C in oxygen . The nano zinc-oxide were mainly tetrapod .

本文采用无催化剂直接蒸发高纯Zn粉，在800℃氧气氛条件下，在Si（111）衬底上生长得到以 四 角 状为主的纳米ZnO（ T-ZnO）。

Synthesis and Strong Blue Light Emission Properties of ZnO Tetrapod Nanostructure

具有 四 角锥 状纳米ZnO的 制备及强蓝光发射特性

Study on the Antistatic Performance of Polyacrylonitrile ( PAN ) Fiber with Tetrapod - shaped ZnO Whisker

添加氧化锌晶须的 聚丙烯腈纤维抗静电性研究

Tetrapod nano-ZnO was prepared by the melting and combustion of industrial pure zinc .

将工业纯锌 加热熔化后在 氧乙炔 火焰 场中燃烧并 冷凝制得 四 针状纳米ZnO。

The results show that the device based on the tetrapod ZnO nanostructures responds very well to ultraviolet ( 365nm ) .

结果表明：基于 四 针状纳米ZnO的紫外探测器件对紫外光（365nm）具有非常灵敏的响应特性。

Preparation of Tetrapod - shaped Zinc Oxide Whiskers from Zinc Dross

利用锌浮渣制备 四脚状氧化锌晶须