
Nanolayer Research
Methodology and Technology for Green Chemistry
Description
Key Features
- Outlines basic principles of nanolayers
- Includes methodology and technology of nanolayers
- Contains numerous nanolayers applications
Readership
Colloid and surface chemists, chemists and chemical engineers in academia, government and industrial research labs. The book could also be used as an advanced text for graduate specific courses in colloid/nanotechnology areas
Table of Contents
Chapter 1. principle of nanolayer (Nanolayers at different interface are explained.)
Chapter 2. dynamic properties of nanolayers by surface tension (Dynamic surface tension at air-water and liquid-liquid interface is explained.)
Chapter 3. electrical double layer at nanolayer interface (Interfacial electrical phenomena is explained.)
Chapter 4. nanolayer properties by surface force measurement (Various surface forces arising on nanolayer surface is explained.)
Chapter 5. nanolayer observations by scanning probe microscope (Morphologies of nanolayers observed by scanning tunnel and atomic force microscopes are explained.)
Chapter 6. nanolayer properties by surface enhanced spectroscopy (observation of nanolayers by surface enhanced Raman and infrared absorption spectroscopies is explained.)
Chapter 7. nanolayer analysis by reflectometry (Analysis of nanolayer structure by neutron and X-ray reflectometry is explained.)
Chapter 8. nanolayer analysis by sum frequency generation spectroscopy (Analysis of molecular structures in nanolayers is explained.)
Chapter 9. nanolayer analysis by near edge X-ray absorption fine structure spectroscopy (Analysis of molecular fine structures in nanolayers is explained.)
Chapter 10. lithography for monolayer accumulation (Construction of monolayer accumulation by lithography is explained.)
Chapter 11. electronic devices by monolayer accumulation (Electronic devices prepared by monolayer accumulation are explained.)
Chapter 12-14. nanolayers for green science (different types of nanolayers for green science is explained.)
Product details
- No. of pages: 408
- Language: English
- Copyright: © Elsevier 2017
- Published: July 4, 2017
- Imprint: Elsevier
- eBook ISBN: 9780444637475
- Hardcover ISBN: 9780444637390