Fournir aux étudiants une compréhension fondamentale des mécanismes de conduction des polymères conducteurs ; diverses méthodes de synthèse et de caractérisation des polymères conducteurs et leurs applications ; créer une structure moléculaire pour les monomères/polymères conducteurs courants. Reconnaître les méthodes de synthèse de base. Comprendre la signification des termes dopage et dédopage. Apprendre la science des polymères conducteurs et leurs applications courantes. Comprendre l'histoire du domaine, ainsi que certains de ses principaux scientifiques et références...

This book is based on the Synthesis, properties, Characterization, Applications of Nanoparticles and its methods of Preparation of Different Nanocomposites as application of polymer Technology as to Understand the fundamentals and chemistry of nanomaterials. To gain knowledge of the flow behaviour of nanofiller/polymer systems, as well as their processing and application for different polymer Nanocomposites like CNTs, Metal, Clay, graphee and other nano composites and to understand the concepts of Polymer Nanocomposites.

Vermittlung eines grundlegenden Verständnisses der Leitungsmechanismen leitender Polymere, verschiedener Methoden der Synthese und Charakterisierung leitender Polymere und ihrer Anwendungen sowie Erstellung einer Molekularstruktur für gängige leitende Polymermonomere/Polymere. Erkennen grundlegender Synthesemethoden. die Bedeutung der Begriffe Dotierung und Dedotierung zu verstehen. Wissen über die Wissenschaft der leitenden Polymere und ihre allgemeinen Anwendungen. die Geschichte des Fachgebiets sowie einige seiner führenden Wissenschaftler und klassischen Referenzen sowie einige...

To understand the structural properties of Thermoplastic Elastomers, Thermoplastic Styrenic Block Copolymer, Thermoplastic polyurethane, Thermoplastic Elastomer based on Polyamides and Thermoplastic Polyether ester elastomers, Thermoplastic Polyolefins and their blends, synthesis methods of various Thermoplastic Elastomers and their morphology, compounding, formulating, processing methods, properties, characteristics, bonding and welding, Types of Molding, and applications of various Thermoplastic Elastomers and Secondary Manufacturing Processes.

To provide students with a fundamental understanding of conducting polymer conduction mechanisms various methods of conducting polymer synthesis and characterization and their applications and Create a molecular structure for common conducting polymer monomers/polymers. Recognize basic synthetic methods. Understand the meanings of the terms doping and dedoping. Learn about the science of conducting polymers and their common applications. Understand the field's history, as well as some of its leading scientists and classical references, as well as some of its current research activities.