最终的产品并不使用硅材料和重金属。
The final product does not use silicon nor does it involve heavy metals.
半导体硅材料是微电子产业的基础材料。
Semiconductor silicon is the fundamental material for the microelectronic industry.
半导体硅材料是微电子产业的基础材料。
Semiconductor silicon is the most fundamental material for the microelectronic industry.
它由高质量硅材料制成。
它由两层半导体晶硅材料合在一起夹在金属接触器之间。
It is composed of two layers of semiconductor material, typically silicon, that are sandwiched together between metal contacts.
在获得的SGOI衬底材料上生长高质量应变硅材料。
现代先进的外延技术使应变层锗硅材料的应用成为可能。
Modern advanced epitaxial growth technology has made the widely application of SiGe strained layer materials possible.
本文综述了硅材料的机械性能研究进展和相应的研究方法。
The progress in study of the mechanical properties of monocrystalline silicon have been reviewed.
一种很小的片状半导体材料，通常是硅材料，它含有小型化。
A small slice of a semiconductor, usually silicon, that contains miniaturized electronic circuit.
从硅材料的物理性能出发，分析其微细电火花加工的可行性。
This paper analyses the micro EDM feasibility for semiconductor silicon from the physical properties of silicon.
微电子是信息社会的基础，而半导体硅材料则是微电子的支柱。
Information society is on the base of microelectronic industry that is built on the semiconductor silicon material.
他希望在相近的转换效率下使碳纳米管的比硅材料的电池更便宜。
With carbon nanotubes, he hopes to achieve efficiency comparable to silicon solar cells for less cost.
综述了近几年来有机硅材料的新进展及其在涂料工业中的应用。
This article has reviewed the new progress of silicone materials recently and its application in coating industry.
其它正在研究的可用于未来锂离子电池的材料包括锡合金和硅材料。
Other materials being investigated for use in future lithium-ion batteries include tin alloys and silicon.
本方法已成功地用于高阻硅材料杂质补偿度和载流子迁移率的测量。
This method has been successfully applied to the measurements of impurity compensation and carrier mobility on high resistivity silicon materials.
它的外壳由硅材料制成并安装了压力传感器，以便识别碰触到的物体。
Its outer casing is made of silicone and is fitted with pressure sensors so that it knows what it is touching.
综述了微观尺度下利用MEMS结构测量硅材料塞贝克系数的已有工作。
The available methods of Seebeck coefficient of micro-scale material with MEMS structure were reviewed.
非晶硅材料制成的电池已经开发了几十年，但它不像普通硅基太阳能电池。
Cells based on amorphous silicon, for example, have been in development for several decades.
本文评述了硅材料与其它半导体、绝缘物和导体的单片兼容技术及应用。
In this paper, a review is made on monolithic compatibility of silicon with other semiconductors, insulators and conductors, and on its applications.
设计了一种基于绝缘体上的硅材料的全内反射型阵列波导光栅解复用器件。
An arrayed waveguide grating (AWG) demultiplexer with total internal reflection (TIR) mirrors is designed based on silicon-on-insulator (SOI) material.
检测方法是非破坏性的，适合硅材料与器件生产厂用于有关工艺的质量控制。
The IR detective method is nondestructive. It can be used in the quality control of some related processing of silicon material and device.
但由于绝缘埋层的引入，使得材料本身的抗总剂量辐照能力反而不如体硅材料。
But due to an insulating layer in its structure, the tolerance of total dose irradiation of SOI is poorer than normal silicon material.
非晶体硅材料没有硅晶体那样纯，原子间的空隙也小，因而限制了电流的流动。
This material is not as silicon crystals. It has tiny spaces between the atoms that limit the flow of electrical current.
文章研究了用来作为多晶硅薄膜太阳电池衬底的陶瓷硅材料的制备方法及其结构。
In this paper, we have studied a preparation and structure of ceramic silicon sheets for substrate of poly-Si thin film solar cells.
采用大功率连续CO2激光熔凝掳粉末，生长得到纯度较高的太阳能多晶硅材料。
The solar energy polycrystalline silicon having higher purity grew through melting and coagulating silicon powder with high power CW CO2 laser.
微细切削技术是面向金属与合金等非硅材料微小型结构件精密加工需求的关键技术。
Micro-cutting technology is the key technology for the precision machining of microstructure which is usually made of non-silicon materials such as metal and alloy.
简介了应变硅材料、栅介质的工艺及铜互连的可靠性，并对新的研究方向做了介绍。
The reliability of strain silicon, gate dielectric and copper interconnection are discussed, and some new researches are presented.
多孔硅与硅材料相比，有明显的可见光致发光特性，其原理可用量子限制模型给予解释。
Compared to silicon material, porous silicon has obvious characteristic of visible photoluminescence, and its principle can be explained by quantum confinement model.
这种布置跟蛋白石中发现的相似(不过，蛋白石中球体是用硅材料做的)，结果真的呈乳白色。
This is an arrangement similar to that found in opal (except that in opal the spheres are made of silica) and the result is, indeed, opalescent.
这种布置跟蛋白石中发现的相似(不过，蛋白石中球体是用硅材料做的)，结果真的呈乳白色。
This is an arrangement similar to that found in opal (except that in opal the spheres are made of silica) and the result is, indeed, opalescent.
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