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Worldwide demand for carbon-nanotubes (CNTs)-containing polymer composites has surged in recent years, predominantly in the aerospace, automotive, electronic packaging, co… Read more
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Immediately download your ebook while waiting for your print delivery. No promo code needed.
Worldwide demand for carbon-nanotubes (CNTs)-containing polymer composites has surged in recent years, predominantly in the aerospace, automotive, electronic packaging, commodity and construction sectors. This is due to their superior mechanical, thermal, electrical and flame-retardant properties without adding excess weight. Recent Progress on CNTs-containing Polymer Composites covers the major developments in these advanced polymeric materials over the last 5 to 10 years, from fundamental aspects to real applications. The chapters discuss the techniques used to synthesize CNTs, CNTs’ chemistry and physics and processing of polymer/CNTs composites. The structural and morphological characterization of CNTs is also considered, as well as their improved and enhanced material properties and melt-state rheological and crystallization behavior and lastly the current applications and future prospects for these materials.
Polymer and materials scientists, engineers, postgraduate students, industrial researchers and R&D managers who want to bring advanced polymeric material-based products to the market
Preface
1 An overview of carbon nanotubes
2 Processability of polymer/CNT composites
3 Structure and morphology characterization and property measurement techniques
4 Mechanical properties
5 Electrical and thermal conductivity
6 Thermal stability and fire property
7 Melt-state rheology
8 Crystallization behavior, morphology and kinetics
9 Biodegradability
10 Applications and market potential
11 Scaling-up and current market potential
12 Current challenges and future prospect
SR