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nanorods

网络奈米杆；奈米柱；奈米棒

nanorods

网络释义

nanorods

奈米杆

...articles）、奈米线（nanowires）、奈米杆（nanorods）及奈米管（nanotubes）因其可应用於不同领域的应用而受到重视； …

奈米柱

...为一种利用光电化学（PEC）氧化技术制作可电激发之奈米柱 （Nanorods）发光二极体的制程技术，先在发光二极体的表面 …

奈米棒

如奈米棒 (nanorods)、奈米线(nanowires)、奈米管(nanotubes)等二维奈米材料是指长、宽、高三维尺度中只有一个维度的尺 …

纳米棒

...貌不同，可分为三类：纳米管(nanotubes)、纳米棒(nanorods)或纳米线(nanowires)、纳米带(nanobelts)；而从其用途出发， …

金纳米棒

...员制备了金纳米壳状结构 (nanoshells)和金纳米棒(nanorods) [4] , 然而, 这些纳米结构的制备过程都相对难以精确控制; 因此, …

奈米杆子

...测金、银奈米粒子（nanoparticles）与金奈米杆子（nanorods）的散射光谱，进行数值混合。

奈米粒子

以上为球形的奈米粒子的光学特性，如果合成为长杆状的奈米粒子 ( nanorods ) ，其表面电浆子共振，除保有球形的奈米粒子 …

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。

The only downside that Lin and his team have found so far is that the nanorods can be fragile .

林教授和他的小组迄今发现的唯一缺点是：纳米棒比较易碎。

The TNs were made up of two short nanorods via sharing the same crystallographic orientation along the (001 ) direction .

氧化锌纳米棒单晶对是由两条短的纳米棒通过在（001 ）方向上拥有同样的晶体方向组成。

Quantum dots, mesoporous silica nanoparticles and gold nanorods are novel nanoparticles with excellent optical characteristics .

量子点、多孔二氧化硅纳米颗粒、纳米金棒是具有优良光学特性的新型纳米颗粒。

The diameters, lengths and densities of the nanorods could be controlled by changing the experiment conditions .

同时藉由改变实验条件进行奈米柱长度、直径和密度的控制。

The control over the diameters of the nanorods was achieved by adjusting the reaction time .

通过反应时间的改变实现直径的可控合成。

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。

The measurement was achieved by deflecting GaN nanorods with a conductive atomic force microscope PtIr tip in contact.

这个实验是利用导电性原子力显微术去弯曲氮化镓奈米柱。

We had imagined our nanorods spewing tiny bubbles off their back and being pushed along by recoil .

我们以为奈米棒尾端会释放微小的气泡，以反作用力推动它。

Gold nanorods (GNRs) have unique optical characteristics .

纳米金棒具有独特的光学特性。

A layer of aluminum is covered on the zinc layer to prevent the ZnO nanorods vertically growing on the top surface .

覆盖在锌层上的金属铝用于抑制氧化锌纳米线在生长种子上的垂直生长。

The way our nanorods actually work is that they apply a continuous force to prevail over the drag with no need for gliding .

奈米棒无法借助滑行来运作，因此事实上是以持续施力来克服阻力。

An application of photoacoustic imaging to perfusion measurement and tumor detection by using gold nanorods is also presented .

本论文将简介光声效应的原理以及成像的方式与金奈米粒子结合的应用性。

Preparation and Photoelectrochemical Study of CdSe Nanorods with Different Structure Phases

不同晶型 CdSe 纳米棒的制备及光电性能研究

Preparation and Characterization of Nickel Hydroxide Nanorods Using Hydrothermal Synthesis Method

氢氧化镍纳米棒的水热制备及其表征

Synthesis and Characterization of Cobalt Oxalate Nanorods Prepared by One-step Solid-state Chemical Reaction

草酸钴纳米棒的一步固相化学合成及其表征

Tungsten Oxide Nanorods Synthesized by a Modified Plasma Arc Gas Condensation Technique

电浆电弧气凝合成法制备氧化钨纳米棒

Preparation and Characterization of Cobalt Nanorods via Microwave Synthesis Method

微波法制备金属钴纳米晶棒及其表征

ZnO Nanorods Synthesized Through Thermal Oxidation of Metal Zinc Thin Film Deposited by Magnetron Sputtering

热氧化磁控溅射金属锌膜制备 ZnO 纳米棒

Preparation and Characterization of Bismuth Sulfide Single Crystal Nanorods in Ionic Liquids

离子液介质中硫化铋单晶纳米棒制备与表征

Synthesis and Formation Mechanism of CdS Nanorods via Hydrothermal Microemulsion

水热微乳液法合成硫化镉纳米棒晶

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