Optimized Technical Characteristics of Polysilicon Nanofilm

Author:

Lu Xue Bin1,Cui Lin Hai1,Ren Ming Yuan1

Affiliation:

1. Harbin University of Science and Technology

Abstract

In order to take good advantage of polysilicon nanofilm, optimized technical characteristics of the polysilicon nanofilm are very necessary to investigated. In this paper, the polysilicon nanofilms were prepared under different technical parameters, including thickness and doping concentration, which are very important for preparation of the nanofilm. The experimental results of piezoresistive and temperature characteristics show that the optimized technical characteristics are followed, the thickness is about 90nm, and the doping concentration is about 4.1×?1019cm-3 or between 2.0×?1020cm-3 and 4.1×?1020cm-3 from different point of view. The investigations of optimized technical characteristics are very useful for application of the polysilicon nanofilm to piezoresistive sensor.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference7 articles.

1. Zeng Wen and Liu Tian-mo: Nanotechnology and Precision Engineering. Vol. 7(2009), p.387.

2. ZhuJing, Wenzhi Jin: Nano Materials and Devices (Tsinghua University Press, Beijing, 2003).

3. Chuai Rong-yan, Liu Xiao-wei and Huo Ming-xue: Chinese Journal of Semiconductors. Vol. 27(2006), p.1230.

4. Lu Xue-bin, Liu Xiao-wei and Chuai Rong-yan: Advanced Materials Research. Vol. 60-61(2009), p.89.

5. J. Lindhand, M. Scharff, H. E. Schiott: Mat. Fys Med. Dan. Vid. Selsk. Vol. 33(1963), p.1.

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