Table of Contents
Preface
Introduction
- Atoms, Molecules
and Molecular States
[8 pages, 107.1kB]
* Supplement to 1 - Nano Quiz [1 page, 299kB]
- Complete Chapter [18 pages, 310.7kB]
- 2.1 Amino Acids and Proteins [7 pages, 215.7kB]
- 2.2 Sugars and Polysaccharides [8 pages, 156.2kB]
- 2.3 Lipids [3 pages, 34.3kB]
- 2.4 References
Techniques for Nanotechnology
- Complete Chapter [68 pages, 2.9MB]
- 5.1 Introduction [13 pages, 220.3kB]
- 5.2 Nanoimprint
Lithography for Semiconductor and Interconnect Technologies
[14 pages, 1.1MB]
* Supplement to 5.2 - Fabrication of 3-D Microstructures [7 pages, 103.3kB] - 5.3 E-beam Lithography [11 pages, 1.0MB]
- 5.4 Imprint Lithography [28 pages, 709.4kB]
- 6.1 Introduction [3 pages, 13.3kB]
- 6.2 What is Self-Assembly [2 pages, 10.7kB]
- 6.3 Examples from Everyday Life [3 pages, 855.9kB]
- 6.4 Thermodynamics of Self-Assembly
- 6.5 Lessons from Mother Nature
- 6.6 Amphiphilic Molecules
- 6.7 Langmuir-Blodgett Films [4 pages, 78.9kB]
- 6.8 Self-Assembled Monolayers (SAMs)
- 6.9 Liquid Crystals
- 6.10 Molecular Epitaxy and Layering
- 6.11 Dendrimers
- 6.12 A Glimpse into the Future
- Complete Chapter [102 pages, 4.8MB]
- 7.1 Bottom-Up Nanostructures: Introduction [2 pages, 13.8kB]
- 7.2 An Introduction to Nucleation of Nanostructures [7 pages, 67.6kB]
- 7.3 Nanoparticle Condensation in Solids
- 7.4 Colloidal Nanoparticle Formation [22 pages, 884.3kB]
- 7.5 Nanoparticles in Aerosols
- 7.6 Carbon Nanotubes: Structure and Growth [16 pages, 1.6MB]
- 7.7 Non-Carbon Nanotubes [20 pages, 1.2MB]
- 7.8 Constrained Growth of Nanowires [17 pages, 393.1kB]
- 7.9 Health Related Concerns for Nanostructures [16 pages, 485.9kB]
Nano Materials and Devices
- 8.1 Introduction to Carbon Nanotubes
* Supplement to 8.1 - Chemical Vapor Deposition Synthesis of Self-Aligned Carbon Nanotube Arrays [3 pages, 134.8kB] - 8.2 Synthesis of Nanotubes
* Supplement to 8.2 - Carbon Nanotube Interconnects [21 pages, 512.9kB] - 8.3 Contact Engineering: Zero Barriers at the Nanotube/Metal Interfaces
- 8.4 Charge Transport and Scattering in 1D Nanotubes
- 8.5 Integration of High-k Dielectrics for High Performance Nanotube Electronics
- 8.6 Approaching the Performance Limits of Ideal and Ballistic 1D FETs
- 8.7 Beyond the Digital Applications
- 8.8 Challenges and Future Directions
- Complete Chapter [47 pages, 1.0MB]
- 10.1 Introduction to Semiconductor Spintronics [10 pages, 200.9kB]
- 10.2 Preparation of Spin Polarization in Semiconductors [10 pages, 212.5kB]
- 10.3 Optical Spin Readout [17 pages, 533.3kB]
- 10.4 Manipulation of Spin Polarization in Semiconductors [11 pages, 343.9kB]
- Complete Chapter [29 pages, 748.6kB]
- 11.1 Introduction [14 pages, 439kB]
- 11.2 Molecules and Measurements at the Single Molecule Scale [16 pages, 307.9kB]
- 11.3 Converting to the Nanoscale [13 pages, 183.8kB]
- 11.4 Connecting to the Outside World [12 pages, 214kB]
- 11.5 Future Directions, Cautions and Conclusions [1 page, 8.3kB]
- Complete Chapter [45 pages, 1.9MB]
- 12.1 Non-implantable NanoBiosystems for Medicine and Biology [25 pages, 1.0MB]
- 12.2 Implantable NanoBiosystems [28 pages, 1.0MB]
Note: All files are in Adobe Acrobat PDF format.
Copyright © 2006 – 2008. Copyrights retained by original authors. Permission granted for one (1) downloaded and one (1) hard copy, except by express written permission of authors.
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