Another type of fossilization, known as carbonization, occurs when soft tissues are preserved as thin films of carbon.
叫做碳化的另一种石化类型，发生在软组织以碳薄膜形式被保存下来的过程中。
His group has worked out how to make nanotubes into thin films.
他的团队已经解答了如何把纳米管制成薄膜的问题。
Plasma recondensation on the substrate and growing thin films.
等离子体中粒子在基片上生长薄膜。
Barium ferrite thin films possess excellent magnetic properties.
钡铁氧体薄膜有着良好的磁性能。
The thicknesses of the thin films are measured by spectroscopic ellipsometer.
用光谱式椭偏仪对薄膜的厚度进行了测试。
The results show that the thin films, prepared by low rf power, are amorphous.
其结果表明：在较低溅射功率密度下，薄膜为无定型结构；
The second part is the CIS thin films prepared by low-cost non-vacuum methods.
第二部分为CIS薄膜的低成本非真空法制备。
An optical method was introduced for measuring the thickness of solid thin films.
介绍了一种测量固体薄膜厚度的光学方法。
Thin films of diamond were produced by heating 80%-proof tequila blanco in a pressure vessel.
在一个压力容器中加热酒精含量为80%的龙舌兰酒从而产生钻石薄膜。
Therefore, we are interested in the surface and interface between the organic thin films.
因此，我们对于有机薄膜的表面及界面都十分的感兴趣。
Optical losses in thin films were mainly ascribed to light radiation and some light absorb.
薄膜的光损耗主要来自光散射，以及部分光吸收。
Magnetron sputtering has become one of the most important methods for depositing thin films.
磁控溅射已经成为沉积薄膜的最重要的方法之一。
Smooth ZnO thin films have been obtained by in situ oxidation of Zinc films on mica surfaces.
在云母基底上热蒸镀锌膜， 再采用简单的原位氧化方法制备氧化锌薄膜。
This paper describes a new multi ion and electron beam system for preparing optic thin films.
本文介绍一种新型的光学薄膜制备用多离子束电子束系统。
Influences of Oxygen Partial Pressure and Deposition Rate on Residual Stress of YSZ Thin Films.
氧分压和沉积速率对YSZ薄膜残余应力的影响。
These examples show the relationship between field distribution and optical losses in thin films.
这些设计例子充分说明了薄膜的电场分布与光学损耗的关系。
It is found that the thin films have good infrared absorption properties by infrared absorption spectrum.
通过红外吸收谱的测量发现薄膜样品具有较好的红外吸收性能。
In the preparing process of these devices, the micropatterning of ferroelectric thin films is very important.
在这些器件的制作过程中，铁电薄膜的微图形化是非常重要的一环。
The luminescent mechanism and the methods of preparing and testing luminescent thin films are discussed in Chap.
第二章对荧光薄膜的发光机理、制备方法及测试手段等给以系统阐述；
Therefore, the thin films resistance to cleaning coating formed by the same extent as the thickness of the film.
因此，较薄漆膜的耐清洗程度不如由相同涂料形成的厚漆膜。
A thick film has a red shift of direct transition bandgap than thin films due to the strong interface interaction.
由于厚膜中存在较强的表面相互作用，厚膜的直接跃迁禁带宽与薄膜相比发生了红移。
The angular distribution of electrons transmitted through thin films is given by studying the electron-film interactions.
研究电子与薄膜的相互作用，给出电子通过薄膜后的角度分布表达式。
In experiment, a series of silicon nitride thin films are prepared on cleaned silicon wafer by varying deposition parameters.
本实验通过系统地改变沉积参数，在经过清洗好的单晶硅片上沉积了一系列的氮化硅薄膜。
Production of thin films at high flow velocity, along with large surface area, allow rapid heat transfer and efficient operation.
高流速下的生产薄膜有很大的表面积，使得快速的传热和高效的操作得以实现。
The new technology employs organic light emitting diodes, or OLEDs, tiny thin films that create light in response to electrical current.
新技术采用有机光发射二极管（OLED）薄膜在电流的响应下产生光辐射。
Components comprising metallic material, physical vapor deposition targets, thin films, and methods of forming metallic components.
含有金属材料的构件，物理气相沉积靶，薄膜，和形成金属构件的方法。
The competition between the diffusion of deposited particles and grain growth of thin films determines surface evolution of thin films.
沉积粒子的扩散和晶粒生长之间的竞争决定了薄膜表面演化。
But the lower efficiency of thin films means they need more space: more efficient cells can squeeze more electricity out of a given area.
低效率意味需要更多的光板面积：高效率即表示在同样的面积里可以“挤”出更多的电力。
In general, thin films have higher energy densities, larger strain capabilities, and more rapid response times than their bulk counterparts.
通常薄膜材料具有比其块材更高的能量密度、更大的应变能力以及更快的响应时间。
In general, thin films have higher energy densities, larger strain capabilities, and more rapid response times than their bulk counterparts.
通常薄膜材料具有比其块材更高的能量密度、更大的应变能力以及更快的响应时间。
应用推荐