Conducting Polymers: Emerging Commercial Materials

  • N. Kumar Defence Laboratory, Jodhpur
  • S. R. Vadera Defence Laboratory, Jodhpur
  • Jeevan Singh Defence Laboratory, Jodhpur
  • G. Das Defence Laboratory, Jodhpur
  • S. C. Negi Defence Laboratory, Jodhpur
  • P. Aparna Defence Laboratory, Jodhpur
  • A. Tuli Defence Laboratory, Jodhpur
Keywords: Transparent electrodes, Flexible light emitting diodes, EMI shielding, Static charge dissipation, Organic monomers, Polymerisation

Abstract

Conducting polymers are materials of recent origin. They are obtained by polymerisation of simple organic monomers and doping with electron acceptor or donor species and show conductivity ranging from that of a semiconductor to that of metal. These materials are now available with unique electronic and optical properties of metals and semiconductors in combination with the attractive mechanical and processable advantages of polymers. The field has progressed to a level of maturity consistent with a new set of opportunities to develop Wide range of applications based upon conducting polymers as materials for industrial products.Examples include: static charge dissipation, EMI shielding, flexible light emitting diodes, transparent electrodes, batteries, gas sensors, gas separators, etc. Many of the conducting polymers and devices based on them are now available commercially.

Author Biographies

N. Kumar, Defence Laboratory, Jodhpur
Defence Laboratory, Jodhpur.
S. R. Vadera, Defence Laboratory, Jodhpur
Defence Laboratory, Jodhpur
Jeevan Singh, Defence Laboratory, Jodhpur
Defence Laboratory, Jodhpur.
G. Das, Defence Laboratory, Jodhpur
Defence Laboratory, Jodhpur.
S. C. Negi, Defence Laboratory, Jodhpur
Defence Laboratory, Jodhpur.
P. Aparna, Defence Laboratory, Jodhpur
Defence Laboratory, Jodhpur.
A. Tuli, Defence Laboratory, Jodhpur
Defence Laboratory, Jodhpur.
Published
2013-01-01
How to Cite
Kumar, N., Vadera, S., Singh, J., Das, G., Negi, S., Aparna, P., & Tuli, A. (2013). Conducting Polymers: Emerging Commercial Materials. Defence Science Journal, 46(2), 91-104. https://doi.org/10.14429/dsj.46.4055
Section
Materials Science & Metallurgy