Subject self-doped

Solubility and processing of CPs have much in common with the related subjects of CP composites and template-based polymerizations, and some elements in common with self-doped CPs. These subjects are however excluded from this chapter and dealt with in Chapters 5, 9 and 10, to which reference is made. 

This book has been divided into three areas chemical detection, biological detection, and decontamination. The subject matter in the chapters include cross-linked divinyl benzene-substituted methacrylate polymers (Chapter 2), porous silicon (Chapter 3), reactive glass surfaces (Chapter 4), polycarbosilanes (Chapter 5), non-aqueous, chemically cross-linked polybutadiene gels (Chapter 6), conducting polyaniline nanofibers (Chapter 7), organically doped polystyrene and polyvinyltoluene (Chapter 8), electroplated polymer cast resins (Chapter 9), self assembled monolayers (Chapter 10), amphiphilic functionalized norbomene polymers (Chapter 11), transition metal substituted polyoxometalates (POMs) (Chapter 12), cross-linked divinyl-benzamide phospholipids (Chapter 13), and silica and organo silyl polymers (Chapter 14). 

The LB films from the self-aggregated film were subjected to alkali-metal doping. Superconducting transition was suggested by the low-magnetic-field microwave signal from potassium doped [339] or rubidium doped films [340]. 

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