首页> 外文会议>2003 4th AVS International Conference on Microelectronics and Interfaces >M ultitechnique Characterisation of Al_2O_3 Thin Layers Deposited on SiO_2/Si Surface by Atomic Layer Chemical Vapour Deposition
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M ultitechnique Characterisation of Al_2O_3 Thin Layers Deposited on SiO_2/Si Surface by Atomic Layer Chemical Vapour Deposition

机译:原子层化学气相沉积沉积在SiO_2 / Si表面的Al_2O_3薄层的多种技术表征

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Scaling-down of CMOS devices has driven the thickness of the gate SiO_2 film close to its physical limits. New high-k dielectric materials capable of providing the same capacitance with greater film thickness are considered as a replacement for SiO_2. Several candidate materials are currently under investigation. Different physical parameters of the layers such as thickness, composition, density, impurity depth distribution, etc. have to be determined. Since no single technique can provide all the information needed, the use of different complementary analytical techniques is essential. The results of such multitechnique approach, applied to Al_2O_3 layers deposited on 1 nm film are presented in this paper.
机译:CMOS器件的按比例缩小使栅极SiO_2膜的厚度接近其物理极限。能够提供相同电容且具有更大膜厚的新型高k介电材料被认为是SiO_2的替代品。目前正在研究几种候选材料。必须确定层的不同物理参数,例如厚度,组成,密度,杂质深度分布等。由于没有一种技术可以提供所需的全部信息,因此必须使用不同的补充分析技术。本文介绍了将这种多技术方法应用于沉积在1 nm薄膜上的Al_2O_3层的结果。

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