By Jiri George Drobny
ISBN-10: 0470455535
ISBN-13: 9780470455531
ISBN-10: 1118160126
ISBN-13: 9781118160121
The complete, useful ebook that explores the rules, homes, and functions of electric polymers
The electric homes of polymers current nearly unlimited probabilities for business study and improvement, and this booklet offers an in-depth examine those extraordinary molecules. as well as conventional purposes in insulating fabrics, wires, and cables, electric polymers are more and more getting used in a variety of rising technologies.
Presenting a accomplished review of the way electric polymers functionality and the way they are often utilized within the electronics, automobile, scientific, and armed forces fields, Polymers for electrical energy and Electronics: fabrics, homes, and Applications provides extensive and obtainable assurance with a spotlight on sensible purposes. together with examples of cutting-edge clinical concerns, the booklet evaluates new technologies?such as gentle emitting diodes, molecular electronics, liquid crystals, nanotechnology, optical fibers, and delicate electronics?and explains some great benefits of conductive polymers in addition to their processibility and advertisement uses.
This publication is a vital source for an individual operating with, or drawn to, polymers and polymer technology. additionally, appendices that element homes of chosen polymers in addition to checklist extra ASTM and corresponding foreign checking out criteria and techniques for checking out electric houses also are included.
Content:
Chapter 1 creation (pages 1–26):
Chapter 2 Polymeric fabrics (pages 27–133):
Chapter three Polymers as electric Insulators (pages 134–171):
Chapter four uniqueness Polymers (pages 172–192):
Chapter five advertisement Polymers utilized in sensible electric and digital functions (pages 193–252):
Chapter 6 purposes of forte Polymers (pages 253–268):
Chapter 7 checking out of electric homes of Polymers (pages 269–279):
Chapter eight present developments and advancements (pages 280–288):
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Extra info for Polymers for Electricity and Electronics: Materials, Properties, and Applications
Sample text
2 Step Reaction Polymerization Polycondensation and polyaddition are both step reaction polymerizations. The details regarding the polymerization methods can be found in many publications, for example, Flory (1953), and/or Cowie and Arrighi (2008). 3 MOLECULAR WEIGHTS AND MOLECULAR WEIGHT DISTRIBUTIONS One of the most important features that distinguish a polymer from a simple molecule is the inability to assign an exact molecular weight to a polymer. This occurs because in a polymerization reaction, the length of the chain formed is determined entirely by random events.
However, the coiled state often becomes hindered by other macromolecules. Substitution of individual atoms by different substituents can occur on the backbone of a linear macromolecule, which has a more or less regular structure. Such substituents are commonly composed of atoms or atomic groups, which are chemically different from the monomer. An example, shown in Fig. 2, is polystyrene, a polymer in which phenyl groups are attached as side groups to the ÀCÀCÀ backbone. Thus the substituents (or side groups) produce a structure different from that of the base backbone.
Cis and trans) and (2) stereoisomerism. , butadiene or isoprene), leads to polymer chains with a residual double bond per monomer unit: cis–trans isomerism is possible. 6 Geometric isomers of 1,4-polybutadiene (a) cis-, (b) trans-configuration. G. , Chemistry and Physics of Modern Materials, 3rd Edition, 2008, p. 7 Section of polymer chains having different tacticity (a) atactic, (b) syndiotactic, and (c) isotactic. G. , Chemistry and Physics of Modern Materials, 3rd Edition, 2008, p. 14) difference.
Polymers for Electricity and Electronics: Materials, Properties, and Applications by Jiri George Drobny
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