查询词典 thin film

Our company will offer thin film panels as large as 5.7M2, which are manufactured using matured micromorph thin film technology. The stabilized conversion efficiency will begin at 8.5% and will increase to 10%-12%.

公司应用成熟的微晶硅薄模技术生产面积为5.7m2的薄膜太阳能电池组件，起初将达到8.5%的稳定转换率，随后将不断提高至10-12%。

Truebbach, Switzerland, December 17, 2008 - Oerlikon Solar, the world's leading supplier of thin-film silicon photovoltaic production equipment, today announced that Auria Solar is now the first customer in Asia to begin production of thin-film silicon solar modules using Oerlikon's micromorph?

瑞士，Truebbach， 2008年12月17日－欧瑞康太阳能，全球领先的薄膜硅光伏生产设备供应商，今天宣布了宇通太阳能公司，亚洲第一家使用欧瑞康微晶硅叠层技术开始了薄膜硅太阳能组件的生产。

Truebbach, Switzerland, December 17, 2008 - Oerlikon Solar, the world's leading supplier of thin-film silicon photovoltaic production equipment, today announced that Auria Solar is now the first customer in Asia to begin production of thin-film silicon solar modules using Oerlikon's micromorph technology.

瑞士，Truebbach， 2008年12月17日－欧瑞康太阳能，全球领先的薄膜硅光伏生产设备供应商，今天宣布了宇通太阳能公司，亚洲第一家使用欧瑞康微晶硅叠层技术开始了薄膜硅太阳能组件的生产。

From FT-IR we think that the hydrogen bond between the polar oxygenous group on the thin film surface treated with plasma and acetone molecules would enlarge the distance between the carbon black particles, resulting in the addition of the electrical resistance, then the response behavior of the thin film to acetone was improved greatly.

我们通过FT-IR研究认为，等离子体处理后，薄膜表面引进的极性含氧基团与丙酮分子之间氢键的形成会增大炭黑粒子之间的距离，导致了薄膜电阻的极大增加，使薄膜对丙酮蒸气的响应得到很大改善。

Metallic nanoparticles complex thin film is a new kind of promising photoemissive thin film because of its perfect photoemissive properties and extremely fast optical response.

金属纳米粒子/介质复合薄膜因其优良的光电特性和超快响应而成为应用背景很强的光电功能薄膜。

To improve the photoemissive sensitivity of nanoparticle composite photoemissive thin film and to fill the blank of rare earth application research in the field of photoemissive material, the rare earth elements are introduced into nanoparticle composite photoemissive thin film in the first time.

本文以纳米粒子复合光电发射薄膜需要进一步提高光电灵敏度为出发点，以稀土元素独特的性质及其应用研究在光电发射材料方面的空白点为切入点，首次将稀土元素引入到纳米粒子复合光电发射薄膜中，对现有的纳米粒子复合光电薄膜的光电发射性能进行改善和提高。

In order to enhance the miscibility between the inorganic and the organic phases,the silanol coupling agent is made from the slane VTMS and the colloid silica. Then the silanol coupling agent and nano-particles of ZnSb2O6 as the conductive filler are successfully bonded and the nano-particles of ZnSb2O6 will become more organic-like. The colloid silane-SiO2-ZnSb2O6 precursor solution is subsequently mixed with a homogeneous lsopropylalcohol solution of SR-399 acrylic monomers (Dipentaerythritol pentaacrylate) and the active free radical agent709. Under nitrogen purging, this reaction solution prepolymerize at 60℃. Then, the solution is spin-coated with the spin coator at room temperature. At last, the coated thin film is cured and crosslinked by the UV curing reactor to form the highly transparent thin film with good optoelectronic properties from hybrid organic-inorganic nano-composite.

首先以矽氧烷VTMS和colloid silica制备矽氧偶合剂，再以此偶合剂对分散於异丙醇溶液之奈米级的colloid ZnSb2O6做有机化改质，以增进其与有机高分子基材的键结相容性，我们将此colloid silane-SiO2 - ZnSb2O6前驱物与SR-399有机基材单体(Dipentaerythritol pentaacrylate)的异丙醇溶液与活性自由基光起始剂709均匀掺混后，在充满氮气反应系统下，加热至60℃进行预聚合反应，接著在室温下以旋转涂布机旋转涂布成厚度均匀薄膜，最后将此薄膜直接高温硬化或以UV硬化机网状键结硬化成透明与具部份导电性等光电特性之无机/有机奈米混成薄膜。

The structural analysis of the thin film deposited on the Si（100） substract has been made by means of XRD.It showed that the BaTiO3 thin film has good crstallization at 600℃.

并用XRD分析了沉积在Si（100）低阻硅片上的薄膜的结构，发现薄膜在600℃时结晶状态已良好。

CuS thin film composed of nano/micro tubes with diameters in the range of 150 to 200 nm and lengths up to several microns and CuO thin film composed of nano/micro crystals with sizes ranging from 150 to 250 nm have been successfully prepared through a gas-solid sulfurization and oxidation reaction using well-aligned CuCl nanorod films as precursor.

在本文中，以由氯化亚铜纳米棒组成的薄膜为前驱体，分别通过气-固相的硫化和氧化反应获得了由直径150到200纳米，长度达数微米的硫化铜管组成的薄膜和粒径为150到200纳米的氧化铜纳米/微米晶所组成的薄膜。

This study proposes to coat these CIGS thin film bases under the non-vacuum. In this process, synthesis nano-sized alloy powder is turned into trihydric compound paste of CIS by using Sol-Gel in the first step. An array of CIGS thin film absorbing layer was produced on Soda Lime glass through screen-printing.

中文摘要本文提出以非真空制程的涂布方法制备CIGS薄膜吸收层，将具备奈米等级的多元合金粉末利用溶胶-凝胶制备三元化合物的CIS前驱层浆料，以网版印刷式於钠玻璃基板上制作CIGS薄膜吸收层。

Objective To investigate the effects of interleukin-1 β converting enzyme gene on the biologic characteristics of ovarian cancer cells.

目的 探讨白细胞介素-1 β转换酶的表达，对卵巢癌细胞生物学特性的影响。

Campylobacter: This illness is the most commonly identified cause of diarrheal illness in the world.

弯曲：这种病是最常见的原因查明腹泻病，在世界上。