Description
Functional organic materials constitute a combination of diverse fields that range from carbon nanotubes to self-assembled polymers but encompass also nonlinear optical effects, the organic solid state and the construction of chiral materials. We, as the two Editors, have tried to put together an overview over the development of modern functional organic materials in this book. The content is divided into four different sections, which deal with 3-D carbon-rich systems (I), strategic advances in synthesis (II), molecular muscles, switches and electronics (III) and the interplay of electronic interaction and structure (IV). Renowned experts in each field give an introduction to/overview of each of their selected thematic fields, making an easy entry for readers into the respective field. The book is intended both for active scientists working in the field of organic materials, in academe and in industry, and also for graduate students who are interested in this area.
Keywords
Functionalization
Nanotubes
Segments
Carbon Nanotubes
Allotrope
Covalent
Halogenation
Chlorination
Fluorination
Bromination
MWCNTs
Derivatization
Chemical
Fluoronanotubes
Oxidation
Oxidative Purification
Carboxylation
CNTs
Defect Functionalization
Transformation
v
Carboxylic Functions
Radicals
Nucleophilic Carbenes
Sidewall
Electrophilic
Carbenes
Nitrenes
Nucleophilic
Cyclopropanation
Bingel Reaction
Azomethine Ylides
Alder Reaction
Sidewall Osmylation
Aryl Diazonium
SWCNTs
Alkylation
Covalent
Grafting
Exohedral
Endohedral
Cyclophenacene
Synthetic
Aromaticity
Absorption
Emission
Chromophore
Materials Synthesis
Oligomers
Tetrahedral
Oligomers
p-Conjugated Systems
Phosphole
Derivatives
Biphosphole Units
Phosphaalkene
Diphosphene
Chromophores
Synthesis
Multi-component
Combinatorial
Chemistry
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