FTO

CdS / FTO electrode was prepared by chemical bath deposition method .

通过化学浴沉积法制备了CdS/FTO电极。

Studies in mammalian have made certain progress , but chicken FTO study is still vacant .

人们对哺乳动物FTO基因的研究已经取得了一定的进展，但鸡FTO的研究目前仍属空白。

Research on Preparation of Doped Tin Oxide Nano-powder ( FTO ) and Electric Properties

高导电性掺氟二氧化锡（FTO）纳米材料的制备

FTO comes in two varieties , and everyone inherits two copies of the gene .

FTO有两种变种，每个人都有一对这种基因。

Study on FTO / ITO composite conducting films

FTO/ITO复层导电薄膜的研究

The outer materials and the edge of FTO produce the main scatter of the object .

FTO的散射主要是FTO外层材料和边缘的散射，这部分散射占客体总散射的90%以上。

Monte-Carlo research of flash radiography about FTO at 3m to the target

FTO客体3m闪光照相的Monte-Carlo研究

So , the FTO nano-powder has a wide applied foreground .

所以，FTO粉体将有广阔的应用前景。

We have successfully prepared TiO2 nanorod arrays on FTO substrate by hydrothermal method .

我们利用水热法在FTO基底上制备了TiO2纳米棒阵列。

The EDS result shows that the composition of FTO powder is close to the previous proportion of raw materials .

EDS测试显示，粉体的成分组成与原料成分比例很接近。

We also give a photocatalytic enhancement mechanism for the FTO / TiO2 heterojunction from the perspective of band theory .

从能带理论角度解释了FTO/TiO2复合薄膜的异质结光催化增强机理。

Next , a Monte-Carlo numerical simulation method is used to simulate the transport process of X-ray photons in 3m radiographic system for FTO .

然后，以FTO的3米闪光照相系统为计算模型，利用粒子输运的Monte-Carlo数值模拟方法从散射的分析和处理两方面对高能闪光照相系统的散射进行了研究。

In April , scientists announced the discovery of FTO , the first clear genetic link to obesity that is carried by large numbers of people .

四月科学家宣布发现FTO，它是首次明确的与肥胖有关的基因，很多人携带。

As in the original of most of the two types of transparent conductive thin film electrodes , FTO and ITO films also face these issues .

作为在上述原件中使用最多的两类透明导电薄膜电极材料，FTO和ITO薄膜同样也面临着上述问题。

FTO will not be the only gene that influences obesity , and inheriting a particular variant will not necessarily make anyone fat .

FTO并不是影响肥胖的唯一基因，而且遗传一个特定的变种不一定会使任何人肥胖。

In the high-energy flash radiography of FTO object , the performance of a general collimator and two graded collimators was compared by experiments .

在针对FTO样品的高能闪光照相实验中，比较了一般准直体与陡坡准直体对FTO样品的成像性能。

The research involved too many people to control for exercise and diet , so it is not yet known whether FTO affects how much people eat or how active they are .

这项研究包括了太多的控制锻炼和饮食的人群，所以还不能知道FTO是否会影响人们的吃喝或者活动性。

However , the poor adhesion between the carbon material and the conductive substrate ( FTO ) has a negative effect on the stability of CE and DSSC .

但是碳材料与导电基板（FTO）之间的附着力差，严重影响对电极和DSSC的稳定性。

The F doped SnO_2 ( FTO ) nano-powder was successful synthesized with SnCl_2 and HF as raw material by wet-chemical method .

本文以SnCl2·2H2O和HF酸为原料，利用湿化学法成功制备了导电的掺氟二氧化锡粉。

On this basis , the columnar structured TiO2 : F films were successfully prepared on the SnO2 : F films ( FTO ) substrate .

在此基础上，在SnO2：F薄膜（FTO）衬底上成功制备了柱状晶形貌的TiO2：F薄膜。

The results indicate that lower annealing temperature and shorter annealing time are needed to form Ag particles on a FTO film substrate compared with a silicon substrate or a glass substrate .

结果表明，与单晶硅和载玻片基片相比，FTO膜表面开始形成Ag粒子所需的退火温度更低，退火时间更短。

Under Xe lamp irradiation , FA splitting behavior was tested at different applied current density employing TiO2 / FTO as photoanode and Pt foil as cathode .

在氙灯照射下，以TiO2/FTO为光阳极，铂电极为阴极，研究了不同电流密度时甲酸分解行为。

ZnO twin nanorods ( TNs ) have been successfully grown on F-doped SnO2 ( FTO ) glass by a simple electrochemical assemble process .

氧化锌纳米棒单晶对通过简单的电化学合成方法已经成功的生长在FTO玻璃上。

The color of the FTO powder is celandine green and with a good dispersion , its transparence should be higher to the blue-colored ATO .

掺杂F后的SnO2粉体呈现出绿色，在得到分散之后，透明度将比蓝色的ATO粉更高。

In this paper , we synthesized the ZnO nanowire arrays with buffer layer on the FTO glass substrate by using chemical vapor deposition . And then they were used as photoanode .

本文采用气相沉积的方法，以FTO玻璃作为基底，合成出了具有缓冲层的ZnO纳米线阵列，并将它们作为太阳电池的光阳极材料。

The as-prepared NIR QDs were employed to construct oxygen-sensitive photoelectro-chemical biosensor on a fluorine-doped tin oxide ( FTO ) electrode .

将制备的近红外量子点修饰到氟掺杂的氧化锡（FTO）电极上组装成氧气敏感的光电化学传感器。

How to prepare a substrate which has a good surface-enhanced Raman scattering effect becomes a research hotspot in recent years , we use electrochemical deposition on FTO conductive glass substrate deposition of nano-silver .

制备具有良好的表面增强拉曼散射效应的基体成为近年来研究的热点，本文采用电化学沉积法，在FTO导电玻璃基底上沉积的纳米银。

The author points out that , consecutive multiple packet losses is one of the key factors of False Timeout ( FTO ) and can significantly reduce the throughput performance of TCP over OBS networks .

作者指出，连续多个包丢失是造成错误超时的重要原因之一，会严重影响TCP在OBS网络上的吞吐率性能。

The ZnO nanorod arrays grow firstly on FTO glass through a hydrothermal process and then act as templates for the fabrication of rod-in-tube nano-architectures during ultrasonication .

氧化锌纳米棒阵列最初是在FTO玻璃上通过水热法制备出基体后通过超声波生长出棒中筒纳米结构。

The risk variant of the FTO gene ( fat mass and obesity associated ) is common in the general population.17 percent have double copies , meaning they have inherited it from both parents .

各种肥胖和肥胖相关的风险基因广泛存在于普通于人群中。