Polymer precursor derived carbon 1st Edition by Wesley Hoffman, Amit Naskar ISBN 084122966X 9780841229662

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Product details:
ISBN 10: 084122966X
ISBN 13: 9780841229662
Author: Wesley Hoffman, Amit Naskar
This volume focuses on the new and exciting areas of carbons formed from the pyrolysis of polymers and ionic liquids as well as from the synthesis and self-assembly of polyaromatic and mesophase molecules. Although polymer precursor carbons have been extant for a very long period of time in the form of glassy carbons and matrices for carbon-carbon composites, these new materials are much more sophisticated in that their properties can be precisely tailored with processes such as templating to produce a very precise distribution of pore sizes that are required for certain applications but are only possible utilizing these new techniques.

New precursors for carbon in the form of lignin and ionic liquids offer the ability to produce new carbon materials as well as fibers at lower cost. Finally the area of synthesis and self-assembly offers a new root to graphene as well as carbons with superior properties.

Polymer precursor derived carbon 1st Edition Table of contents:

1. Chapter 1: Fundamentals of Carbon Materials

   • Basic principles of carbon chemistry, types of carbon materials, and the properties that make them unique.

2. Chapter 2: Polymer Precursors: Structure and Selection

   • Detailed exploration of different polymers used as precursors for carbon materials, including thermosets, polyimides, and phenolic resins.

3. Chapter 3: Synthesis of Carbon from Polymer Precursors

   • Step-by-step guide to the synthesis process, from polymerization to carbonization, including pyrolysis and chemical vapor deposition techniques.

4. Chapter 4: Characterization of Polymer-Derived Carbon

   • Methods for analyzing and characterizing the structure, morphology, and properties of polymer-derived carbon, such as electron microscopy, X-ray diffraction, and Raman spectroscopy.

5. Chapter 5: Thermal and Electrical Properties

   • Investigation of the thermal stability, conductivity, and mechanical properties of polymer-derived carbons.

6. Chapter 6: Applications of Polymer Precursor Derived Carbon

   • Discussion on the use of polymer-derived carbons in energy storage devices (batteries, supercapacitors), sensors, and catalysis.

7. Chapter 7: Tailoring Carbon Materials for Specific Applications

   • Techniques for modifying polymer-derived carbons to optimize their properties for different applications, such as doping, surface functionalization, and hybrid composites.

8. Chapter 8: Challenges and Opportunities in Polymer Precursor Derived Carbon

   • Review of current challenges in the field, such as scalability, material cost, and performance optimization, along with future research directions.

9. Chapter 9: Future Perspectives: Sustainable Carbon Materials

   • Emerging trends in the development of sustainable, eco-friendly polymer precursor-derived carbon materials for the next generation of technologies.

References

• Comprehensive list of references used throughout the book for further reading and research.

Index

• Alphabetical index of terms, techniques, and concepts for easy navigation.

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