这两种特性使得这种乳白色薄膜成为制造纸钞的绝好材料。
These two properties make opalescent film an obvious material for currency.
介绍了一种用于MEMS薄膜材料力学特性测试的单轴拉伸试验方法。
A uniaxial tensile test method for measuring mechanical properties of MEMS thin film materials is presented.
本文介绍了新型电子薄膜材料非晶态硅的特性,制作方法以及利用非晶态硅薄膜各种特性的应用器件。
The properties and preparation techniques are described of a new electronic material - amorphous Silicon film. The practical devices based on various properties of the film are presented.
探讨了现代电子复合功能材料科学中,柔性复合功能薄膜的结构概念、功能原理与特性价值。
This paper researches the concepts of structure, mechanism and characteristics of flexible composite functional films in modern materials science of electronic composites.
同时对多孔硅的整流特性、场发射性质以及多孔硅衬底对薄膜发光材料发光性能的影响进行了研究。
Rectification character, field emission character of porous silicon and effect of porous silicon on luminescence character of film luminescence material are studied, too.
非晶态WO_3薄膜具有优良的电致变色特性,被认为是最有发展前景的功能材料之一。
WO_3 is probably the most promising one of various electrochromic materials due to its excellent electrochromic properties, especially the amorphous tungsten oxide films.
按面材特性分类,分为纸张不干胶材料,薄膜不干胶材料和特种不干胶材料。
Classified according to characteristics of surface materials, adhesive materials into paper, film adhesive materials and special adhesive materials.
研究了磁性薄膜材料的微观结构以及宏观特性的表征方法和原理。
Study measure and principle of microstructure and macroscopic quality of magnetic films materials.
选择合适的电极材料,优化电极多孔薄膜的制备工艺,对改善AMTEC的电特性将是十分重要的。
An appropriate selection of electrode material and optimization of preparation technical skills of electrode porous membrane are very important to improve electric performances of AMTEC.
利用碳纳米管薄膜作为阴极材料,给出并分析了碳纳米管薄膜阴极的场致发射特性。
With the carbon nanotube film as cathode materials, the field emission characteristics of the carbon nanotube film cathode are presented and analyzed.
本文介绍了有关低介电常数材料薄膜的制备方法和基本特性的检测技术。
In this paper, we introduced the technologies used in preparation and test of low-dielectric-constant materials.
本文介绍碲化铅薄膜的光学性质和沉积工艺及其与原材料特性的关系。
The dependence of optical properties of PbTe films on the deposition process and the characteristics of coating material is presented.
为了制备出高质量的、均匀的薄膜材料,这就要求我们对该系统中的等离子体特性,特别是对电子特性的空间分布规律进行深入的研究。
In order to deposit high quality and uniform thin films, it is necessary that we study the plasma characteristics in PECVD system, especially the spatial distribution of electron characteristics.
通过有机-无机杂化的透明导电薄膜能够借助各组成材料特性的互补作用使复合材料具有出色的综合性能。
The organic-inorganic transparent and conductive films can take the advantages of every component and enable the film exhibit excellent comprehensive property.
薄膜的这种各向异性特性在覆膜材料的加工中需引起足够的重视,以使覆膜材料得到优化的设计和加工。
This point needs to be taken enough consideration during the design and manufacturing of the composite materials using PTFE micro-pore membrane, so that the optimum productions can be made.
我从三、四年前开始了以塑料薄膜为主的实验性创作,通过摸索,中间还断过一阵子,逐渐才把握了这种材料的特性,掌握了一些方法来达到现在的质感和视觉效果。
Three or four years ago I started to experiment with plastic wrap on installation works. It took me a while to get to know the material and to achieve certain texture and visual effects.
总结了这两类材料的成膜条件、薄膜表面形态和结构以及它们的敏感特性。
Film preparation conditions, film surface morphology and structure of the two kinds of materials are summarized.
固化后该材料可形成弹性透明薄膜并具有不易发黄的显著特性。
When cured, it yields resilient transparent films and imparts outstanding non-yellowing characteristics.
文中介绍了不干胶薄膜标签材料的基本结构和表面特性,探讨了不干胶薄膜标签的印制工艺及生产注意问题。
The constructions and surface characters of material of pressure sensitive film label were described; the production process and problems of pressure sensitive film label printing were discussed.
目前阴极的实现方案很多,其中在材料基底上敷膜的薄膜阴极的方法既可利用基底本身的物理、结构特性,又可利用膜材料的物理化学性能,是一种有效的提高阴极性能的方法。
People have used many methods to make the cathode, in recent years, the film-cathode method that coated with the films of other materials on the substr.
对特定的带宽,增加两种薄膜材料的折射率差和选择尽可能低的最外层折射率对获得优良的减反射特性是非常重要的。
For certain bandwidth, increasing difference between high and low index and selecting out-layer material with low index are very important for achieving an excellent anti-reflectance performance.
讨论了PLZT铁电薄膜的热处理工艺条件、结构特性、光谱特性与材料的表观裂纹、晶态与非晶态之间的关系。
We also discuss in detail the relation between heat treatment technology, phase structures, optical spectroscopic properties with apparent crackle, crystalline state and amorphous state etc.
讨论了PLZT铁电薄膜的热处理工艺条件、结构特性、光谱特性与材料的表观裂纹、晶态与非晶态之间的关系。
We also discuss in detail the relation between heat treatment technology, phase structures, optical spectroscopic properties with apparent crackle, crystalline state and amorphous state etc.
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