查询词典 vanadium

The intention of this work is to get more kinds of 1D vanadium oxide nanostructures. Moreover, we hope to explore the key factors that control the 1D nano morphology based on the preparation of these various 1D nanostructures.

本课题旨在丰富多样的一维钒氧纳米结构，并在合成多种一维纳米形貌的基础上，探索水热体系下决定钒氧体系一维纳米形貌的关键因素。

Initially, vanadium oxide V2O3 was prepared through direct reduction using high purity hydrogen.

其中，三氧化二钒是通过氢气直接还原五氧化二钒来生成的。

Vanadium oxide thin film was prepared on K9 glass by ion-sputtering and annealing.

1958年，Morin[1]在贝尔实验室发现了钒的氧化物具有半导体—金属相变特性。

Two kinds of multi-layer structure of VO_x/PS/Si and VO_x/Si were fabricated, and the effects of porous silicon on the composition of vanadium oxide thin films were analysed.

对比了VO_x/PS/Si结构与VO_x/Si结构中氧化钒薄膜电阻对温度的热敏感性能，研究了多孔硅基底温度升高对氧化钒薄膜组分的影响。

The effects of SiO_2 substrate and Si_3N_4 substrate on composition of vanadium oxide thin films deposited using direct current facing targets magnetron sputtering at high substrate temperature were investigated.

高的电阻温度系数和良好的绝热结构是获得高性能微测辐射热计的前提。

The authors have prepared vanadium oxide films by plasma-enhanced chemical vapor depostion and pulsed laser deposition.

鉴于氧化钒是应用于锂充电电池的最有希望的电极材料之一，采用等离子体增强化学气相沉积法和激光溅射沉积法，制备了不同的氧化钒薄膜，并研究了它们的电化学性质。

Vanadium oxide thin films with thickness of 80nm, 440nm and 1μm were deposited on normal glass substrate by reactive DC magnetron sputtering method.

采用直流反应磁控溅射法，在平整光滑的普通玻璃基片表面沉积了厚度分别为80nm、440nm和1μm的氧化钒薄膜。

Lithium vanadium bronze thin films for electrochromic applications. J Appl Phys,

同时随著薄膜中微晶相的出现，Li+的注入能力将大大增加。

There are many associated elements, such as vanadium, nickel, molybdenum, uranium, copper, lead, zinc, silver and REE, which can be synthetically utilized.

石煤中伴生有钒、镍、钼、铜、铅、锌、铀、银和稀土元素，在部分地段可富集成矿。

Nanocrystalline hexagonal VSi〓, with an average diameter of 35nm, was prepared via a reduction-silication route by the reaction of metallic sodium with vanadium tetrachloride and silicon at 650℃ in a molten salt system of magnesium chloride and sodium chloride. The sample had good oxidation resistance at 1000℃.

金属硅化物通常具有很高的熔点、较低的电阻率、很好的高温热稳定性，有些还具有奇异的光、电、磁、超导、催化等性能，因此是一类最富潜力的高温结构材料和电子材料。

That snake Alaric named Archbishop...

庇护。。。那个毒如蛇蝎的Alaric被命名为大教主。。。

You have done lots of magical things to be amazed at.

你做了很多神奇的事物感到惊讶。