Download Nanophysics and Nanotechnology. An Intro to Modern Concepts by Wing Kam Liu, Eduard G. Karpov, Harold S. Park PDF

By Wing Kam Liu, Eduard G. Karpov, Harold S. Park

Nanotechnology is a revolutionary examine and improvement subject with quite a lot of enterprise capital and govt investment being invested all over the world. Nano mechanics, particularly, is the examine and characterization of the mechanical behaviour of person atoms, platforms and constructions in line with a number of sorts of forces and loading stipulations.

this article, written by means of revered researchers within the box, informs researchers and practitioners in regards to the primary thoughts in nano mechanics and fabrics, targeting their modelling through a number of scale tools and methods. The ebook systematically covers the idea in the back of multi-particle and nanoscale structures, introduces a number of scale tools, and eventually appears at modern functions in nano-structured and bio-inspired fabrics.

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Extra resources for Nanophysics and Nanotechnology. An Intro to Modern Concepts in Nanoscience

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1 Particle (Quantum) Nature of Matter: Photons, Electrons, Atoms, Molecules The granular nature of matter is the fundamental limit to making anything arbitrarily small. 1 nm, is possible. That chemical matter is composed of atoms is well known! In practice, of course, there are all sorts of limits on assembling small things to an engineering specification. At present there is hardly any systematic approach to making arbitrarily designed devices or machines whose parts are much smaller than a millimeter!

37 38 3 What are Limits to Smallness? tronics. These ancient biological devices have dimension typically 10 nm, and are thus nanoscale natural versions of transistors. 3 How Small can you Make it? The fundamental limits to the sizes of machines and devices, presented by the size of atoms and as represented by the molecular machines of biology, are clear. The ability within present technology to actually make machines and devices is very limited, so that practical limits on machines and devices are many orders of magnitude larger in size.

The methods described here apply to slow motions of small objects where the related motion of the viscous medium is smooth and not turbulent. The analysis of diffusion is more broadly applicable, for example, to the motion of electrons in a conductor, to the spreading of chemical dopants into the surface of a silicon crystal at elevated temperatures, and to the motion of perfume molecules through still air. In the broader but related topic of flying in air, a qualitative transition in behavior is observed in the vicinity of 1 mm wingspan.

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