《Springer手册精选系列·纳米技术手册：仿生学（第6册）（第3版·影印版）》具有先进、权威、全面、易查、实用等特点，是非常实用的跨学科工具书，可供从事或即将从事这一领域研究的研究人员、科学家和工程师参考，也可供教学人员和研究生、高年级本科生使用。
《纳米技术手册》详尽阐述基本概念及纳米材料、器件、加工等内容；1500多幅插图、众多的综合表帮助理解和使用；给出了详尽的参考数据。
Dr. Bharat Bhushan received an M.S. in mechanical engineering
from the Massachusetts Institute of Technology in 1971，an M.S. in
mechanics and a Ph.D. in mechanical engineering from the University
of Colorado at Boulder in 1973 and 1976，respectively，an MBA from
Rensselaer Polytechnic Institute at Troy，NY in 1980，Doctor
Technicae from the University of Trondheim atTrondheim，Norway in
1990，a Doctor of Technical Sciences from the Warsaw University of
Technology at Warsaw，Poland in 1996，and Doctor Honouris Causa from
the National Academy of Sciences at Gomel，Belarus in 2000. He is a
registered professional engineer. He is presently an Ohio Eminent
Scholar and The Howard D. Winbigler Professor in the College of
Engineering，and the Director of the Nanoprobe Laboratory for Bio-
and Nanotechnology and Biomimetics （NLB2） at the Ohio State
University，Columbus，Ohio.His research interests include fundamental
studies with a focus on scanning probe techniques in the
interdisciplinary areas of bio/nanotribology，bio/nanomechanics and
bio/nanomaterials characterization，and applications to
bio/nanotechnology and biomimetics. He is an internationally
recognized expert of bio/nanotribology and bio/nanomechanics using
scanmng probe microscopy，and is one of the most prolific authors.
He is considered by some a pioneer of the tribology and mechanics
of magnetic storage devices. He has authored 6 scientific
books，more than 90 handbook chapters，more than 700 scientific
papers （h factor - 45+； ISI Highly Cited in Materials Science，since
2007），and more than 60 technical reports，edited more than 45
books，and holds 17 US and foreign patents. He is co-editor of
Springer Nano Science and Technology Series and coeditor of
Microsystem Technologies. He has given more than 400 invited
presentations on six continents and more than 140 keynote/plenary
addresses at major international conferences.
缩略语
Part F 仿生学
41.多功能植物表皮和多功能材料
41.1 植物表皮的结构
41.2 多功能植物表皮
41.3 超疏水技术的应用
41.4 结论
参考文献
42.荷叶效应：具有粗糙度诱导超疏水、自清洁、低附着的表面
42.1 背景
42.2 液体与粗糙表面接触角的建模
42.3 荷叶效应表面性质
42.4 如何制作超疏水表面
42.5 微米的、纳米的和分层的图案表面的制造和特征
42.6 疏油／亲油表面的建模、制造及其特征
42.7 结论
参考文献
43.生物和生物附属系统
43.1 前言
43.2 附属系统
43.3 附属物的生物功能
43.4 附属物的时间尺度
43.5 生物附属物的原理
43.6 运动器官的附件垫：多毛与光滑
43.7 干式和湿式系统
43.8 尺度效应
43.9 进化方面
43.10 附属器件和环境
43.11 设计原则
43.12 仿生学：现在我们在哪儿
43.13 结论
参考文献
44.壁虎脚：自然多毛智能粘附件系统
44.1 概述
44.2 多毛附件系统
44.3 壁虎
44.4 附件机制
44.5 附着测试技术的实验和数据
44.6 附着建模
44.7 仿生纤维结构的建模
44.8 仿生壁虎皮肤的制造
44.9 结论
44.A 典型的粗糙表面
参考文献
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