分类：数理化
语言：简体中文
大小：未知
发布时间：12-12-07
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[微纳米摩擦学手册].(Handbook.Of.Micro-Nano-Tribology).Bharat.Bhushan.扫描版.pdf
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中文名: 微纳米摩擦学手册
原名: Handbook Of Micro-Nano Tribology
作者: Bharat Bhushan
图书分类: 科技
资源格式: PDF
版本: 扫描版
出版社: CRC Press LLC
书号: ISBN 0-8493-8402-8
发行时间: 1999年
地区: 美国
语言: 英文
简介:
目录:
Part I Basic Studies
1 Introduction—Measurement Techniques and Applications
Bharat Bhushan
2 AFM Instrumentation and Tips
Othmar Marti
3 Surface Physics in Tribology
John Ferrante and Phillip B. Abel
4 Characterization and Modeling of Surface Roughness and Contact Mechanics
Arun Majumdar and Bharat Bhushan
5 Surface Forces and Adhesion
Nancy Burnham and Adrzej A. Kulik
6 Friction on an Atomic Scale
Jaime Colchero, Ernst Meyer, and Othmar Marti
7 Microscratching/Microwear Nanofabrication/Nanomachining, and Nano/picoindentation
Using Atomic Force Microscopy
Bharat Bhushan
8 Boundary Lubrication Studies Using Atomic Force/Friction Force
Microscopy
Bharat Bhushan
9 Surface Forces and Microrheology of Molecularly Thin Liquid Films
Alan Berman and Jacob N. Israelachvili
10 Nanomechanical Properties of Solid Surfaces and Thin Films
Bharat Bhushan
11 Atomic-Scale Simulations of Tribological and Related Phenomena
Judith A. Harrison, Steven J. Stuart, and Donald W. Brenner
Part II Applications
12 Design and Construction of Magnetic Storage Devices
Hirofumi Kondo,
Hiroshi Takino, Hiroyuki Osaki, Norio Saito, and Hiroshi Kano
13 Microdynamic Systems in the Silicon Age
Richard S. Muller
14 Micro/Nanotribology and Micro/Nanomechanics of Magnetic Storage Devices
Bharat Bhushan
15 Mechanical Properties of Materials in Microstructure Technology
Fredric Ericson and Jan-Åke Schweitz
16 Micro/Nanotribology and Micro/Nanomechanics of MEMS Devices
Bharat BhushanThe invention of the scanning tunneling microscope has led to an explosion of
a family that is now called scanning probe microscopes (SPMs). The most
popular instrument in this family is the atomic force microscope (AFM).
According to some estimates, sales of SPMs in 1993 were about 100 million
U.S. dollars (about 2,000 units installed to date) worldwide. The biggest portion
of this results from AFM sales, although the first ideas and preliminary results
were introduced to the scientific community only a few years ago (1986). The
whole field of SPM is not very old (the first operation of STM was in 1981)
and still is in a rapidly evolving state. The scientific industrial applications
include quality control in the semiconductor industry and related research,
molecular biology and chemistry, medical studies, materials science, and the field of information storage
systems.
Soon after the invention of the AFM it was discovered that part of the information in the images
resulted from friction and that the instrument could be used as a tool for tribology. In general, SPMs
are now used intensively in this field. Researchers can image single lubricant molecules and their agglomeration
and measure surface topography, adhesion, friction, wear, lubricant film thickness, and mechanical
properties all on a micrometer to nanometer scale.
With the advent of more powerful computers, atomic-scale simulations have been conducted of
tribological phenomena. Simulations have been able to predict the observed phenomena. Development
of the field of micro/nanotribology has attracted numerous physicists and chemists. This is a field I
personally know very little about. I am, however, very excited that SPMs have had such an immense
impact on the field of tribology.
I congratulate Professor Bharat Bhushan in helping to develop this field of micro/nanotribology. The
Handbook of Micro/Nanotribology
is very timely and I expect that it will be well received by the international
scientific community. With best wishes.
...
