纳米固体尺寸效应机理：键序-键长-键能相关理论及应用

孙长庆

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Size dependence of nanostructures (digest)

首发时间：2005-06-27

Sun Changqing ¹

1、Nanyang Technological University

Abstract：A review is presented on the recent progress in understanding the mechanism behind the tunability of nanosoild materials with emphasis on its practical applications in nanosolid materials design. Attempt has been made to reconcile all detectable and tunable properties and all available models by incorporating an intensively verified bond order-length-strength (BOLS) correlation mechanism as origin to all possible mechanisms and the huge database of experimental observations.

keywords： Nanostructures low dimensional system surface and interface mesoscopic chemical bond coordination number bond contraction mechanical strength compressibility acoustics thermal stability optics dielectrics magnetism phase transition diffusivity reactivity crystal growth.

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纳米固体尺寸效应机理：键序-键长-键能相关理论及应用

孙长庆 ¹

1、南洋理工大学

摘要：A review is presented on the recent progress in understanding the mechanism behind the tunability of nanosoild materials with emphasis on its practical applications in nanosolid materials design. Attempt has been made to reconcile all detectable and tunable properties and all available models by incorporating an intensively verified bond order-length-strength (BOLS) correlation mechanism as origin to all possible mechanisms and the huge database of experimental observations.

关键词： Nanostructures; low dimensional system; surface and interface; mesoscopic; chemical bond; coordination number; bond contraction; mechanical strength; compressibility; acoustics; thermal stability; optics; dielectrics; magnetism; phase transition; diffusivity; reactivity; crystal growth.

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Sun Changqing. Size dependence of nanostructures (digest)[EB/OL]. Beijing:Sciencepaper Online[2005-06-27]. http://www.paper.edu.cn/releasepaper/content/200506-137.

No.2281213761119834****

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论文编号	200506-137
论文题目	纳米固体尺寸效应机理：键序-键长-键能相关理论及应用
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