Nanocrystals, also known as quantum dots, are semiconducting particles with a diameter of a few millionths of a millimeter.
纳米晶体，也被称为量子点，是一种直径只有百万分之一毫米的半导体粒子。
Mixtures of conducting and semiconducting tubes do not carry enough current for wires or battery electrodes.
导电管和半导体管的混合不能为电线或电池电极提供足够的电流。
The mixture of nanotubes created in Tour’s lab includes both semiconducting nanotubes and conducting nanotubes.
图尔所在实验室发明的纳米管混合体中，既含半导电的纳米管，又有导电纳米管。
The nanocrystals consist of a semiconducting material called cadmium telluride, which is a very strong absorber of light.
纳米晶体是由一种称为碲化镉的半导体材料所组成，这种材料对光线的吸收效果非常强。
The electron transfer formulas of these semiconducting ceramics were given.
给出了上述半导体陶瓷的电子转移式；
PETE devices require only a small amount of semiconducting material, making them cheap.
PETE设备只需要少量的半导体材料，价格相当低廉。
The samples can be either metallic or semiconducting, depending on the amount of intercalted Eu atoms.
在掺杂过程中样品有时表现为金属性，有时表现为半导体性质，跟掺杂量有关。
The base electrode (3) is a metal layer deposited on top of the semiconducting material forming the first electrode.
基极电极(3)是沉积在形成第一电极的半导体材料上面的金属层。
Based on different electronic properties, carbon nanotubes can be classified into metallic and semiconducting types.
根据导电性质的不同，碳纳米管可分为金属型和半导体型。
The electron conduction mechanism of semiconducting ceramic oxide with perovskite structure was also explained further.
对钙钛矿结构氧化物半导体陶瓷中的电子导电机制，也作了进一步的阐明。
Nanocrystals, also known as quantum dots, are semiconducting particles with a diameter of a few millionths of a millimetre.
纳米晶体(也被称为量子点)是一些半导体粒子，其直径为几百万分之一毫米。
Mixing the polymer with commercially available carbon nanotubes in a solvent separates semiconducting tubes from conducting tubes.
把这种聚合物和碳纳米管在一种溶剂中混合，可以将半导体管和导体管分离开。
Single wall carbon nanotubes (SWCNs) are either metallic or semiconducting, depending on how the graphite sheet is rolled up.
由石墨层卷曲而成的碳纳米管，因其不同的卷曲方式，既可以是金属，也可以是半导体。
Quantum dots are tiny crystals of semiconducting material just a few tens of atoms, or a few nanometres (billionths of a metre), across.
量子点是一些微型晶体，材质为几十个原子宽，或几纳米(一米的十亿分之一)宽的半导体材料。
Using a gold catalyst, the team successfully synthesized semiconducting ZnS nanowires in bulk quantities using a simple and cheap process.
通过使用一种金催化剂，该研究小组利用一个简单和廉价的过程成功地合成了大量半导体硫化锌纳米线。
Their patented technology is based on inks containing tiny, semiconducting nanocrystals, which can be printed directly onto a variety of surfaces.
他们的这项专利技术基于印刷生产所使用的墨汁。这些墨汁含有微小的半导体纳米晶，可以直接印刷在各种物体的表面。
So instead, the team devised a way to coat the conducting nanotubes in a polymer to protect the electric charge and allow the ink to be purely semiconducting.
所以，研究组成员想出了一个办法，将导电纳米管覆在一聚合体上，这样不仅可以保护电荷，而且还能使油墨完全呈半导体性质。
The dream of using semiconducting and metallic polymers for fabricating novel photonic devices, electronic devices, and optical devices is becoming reality.
用有机半导体、导体材料制造出各种电子器件、光电器件、光学器件的梦想正在逐步变为现实。
The fabrication of modern semiconducting integrated circuits often requires implantation steps that involve high currents of low-energy charged dopant atoms.
现代半导体集成电路的制造往往要求涉及大电流低能量带电搀杂剂原子的注入步骤。
The polymer in Bao's process does not need to be removed. The final product is a semiconducting nanotube and polymer ink that can be used to make printable electronics.
鲍哲南团队发现的这种聚合物不需要被移除，最终的产品是一种半导体纳米管和聚合物油墨，能够用于制造可印刷电子产品。
The characteristics of the organic semiconducting materials and principle of the first electrically pumped solid state organic laser at the Bell laboratory are outlined.
概述了有机半导体材料产生激光的特性，介绍了贝尔实验室第一个有机固态电注入型激光器的工作原理。
Accomplished the project "Study on the key preparation methods of semiconducting nano- materials" supported by the Foundation for Outstanding Young Scientist in Shandong Province .
完成山东省优秀中青年科学家科研奖励基金项目“半导体纳米材料关键制备技术研究”。
Antimony and its compounds are widely used in various manufacturing and semiconducting industries. It presents in the environment as a result of natural process and human activities.
由于自然过程及人类活动的影响，锑及其化合物在环境中普遍存在，环境中锑的污染也日益严重。
According to defect chemistry of BaTiO3 semiconducting ceramics, the composition of the interface state was researched. Amethod of the interface state density measurement was proposed.
同时对钛酸钡系ptcr半导瓷界面态的组成进行了研究，并提出一种直接测量界面态密度的方法。
Polymer band gap engineering is a new field on semiconducting polymers research. It is important for applications of semiconducting polymers and improvement of properties of their devices.
聚合物能带隙工程作为半导体聚合物研究的新兴领域，对于半导体聚合物材料的应用以及半导体聚合物器件的各项性能的提高起着非常重要的作用。
Melosh's group figured out that by coating a piece of semiconducting material with a thin layer of the metal cesium, it made the material able to use both light and heat to generate electricity.
Melosh的研究小组发现用薄层的金属铯覆盖在一片半导体材料上，能够使材料同时利用光和热能来产生电力。
The binding energy, energy band structure and optical properties of the oxygen physical adsorption on semiconducting single-wall carbon nanotube are studied by the density functional theory.
用密度泛函理论计算了氧分子物理吸附在半导体型单壁碳纳米管的束缚能，能带结构和吸收光谱。
The artificial leaf is a thin sheet of semiconducting silicon - the material most solar cells are made of - which turns the energy of sunlight into a flow of wireless electricity within the sheet.
人造叶子主要是一层很薄的半导体硅板，能够将太阳光转化为硅板内的无线电流，硅也是大部分太阳能电池的主要材料。
The artificial leaf is a thin sheet of semiconducting silicon - the material most solar cells are made of - which turns the energy of sunlight into a flow of wireless electricity within the sheet.
人造叶子主要是一层很薄的半导体硅板，能够将太阳光转化为硅板内的无线电流，硅也是大部分太阳能电池的主要材料。
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