Morin edgar

2010 · 7840 — <p>Hardcover xv 363 pages NOT ex-library. Printed in Germany. Pages are clean with unmarked text free of inscriptions and stamps firmly bound. Boards show light shelfwear. Issued without a dust jacket. -- This systematic guide compiles well-tested reproducible synthesis protocols for key conjugated polymer families enabling the rational design of materials for organo-electronic applications. Chapters detail substituted polyacetylenes functional properties: conductivity luminescence sensing Suzuki polycondensation for polyarylenes monomer purity catalyst optimization molar mass control regioregular polythiophenes McCullough Rieke GRIM methods microstructure tuning polyphenylenevinylenes Gilch Wessling Heck/Stille couplings polyaryleneethynylenes palladium-catalyzed and metathesis routes polyfluorenes poly27-carbazoles ladder polymers and silole-containing systems. By linking synthetic strategies directly to device performance in OFETs PLEDs emission color tuning and OPVs the book bridges fundamental polymer chemistry with a practical method-centric focus. -- Unique in its synthesis-driven approach this book remains essential for optimizing materials in organic photovoltaics LEDs and transistors. Its detailed validated protocols save time and resources guiding researchers toward stable high-performance polymers for flexible electronics biosensors and sustainable energy. An indispensable resource for chemists materials scientists and device engineers advancing the field.</p> Wiley-VCH hardcover