多晶硅微观结构

M. M. Farooqui, A. Evans
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引用次数: 17

摘要

在多晶硅中成功地实现了自制三维微结构的牺牲蚀刻技术。各种降低本征压应力的技术已被用于制造低应力结构。发现低温沉积的微晶多晶硅和掺杂氧化物沉积的多晶硅具有低的本征应力,无需额外退火。本文描述了一种获得膜片额外顺应性的简单技术。各向异性蚀刻亚微米纤维和塑性变形多晶硅壳是已经获得的一些不寻常的器件。
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Polysilicon microstructures
The sacrificial etch technology for fabricating free-standing three-dimensional microstructures in polysilicon has been successfully implemented. A variety of techniques for reducing the intrinsic compressive stress have been employed in fabricating low stress structures. Low-temperature-deposited microcrystalline polysilicon and polysilicon deposited over doped oxide were found to have low intrinsic stress, without additional annealing. A simple technique for obtaining additional compliance in diaphragms is described. Anisotropically etched submicron fibers and plastically deformed polysilicon shells are some of the unusual devices that have been obtained.<>
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Fabrication of micro-structures using non-planar lithography (NPL) In situ observation and analysis of wet etching process for micro electro-mechanical systems Silicon wafer bonding techniques for assembly of micromechanical elements Microtribology related to MEMS-Concept, measurements, applications Characteristics of an ultra-small biomotor
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