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Development of new methodologies for CNT and graphene confinement in polymeric matricies for optoelectronics devices

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Posted By : admin

Duration: 2008

In order to the increasing demand from photonics and electronics industries of thin, transparent and flexible electrode this work is mainly concentrated towards the realization of thin film conductors.
This study is based on the confinement of carbon nanotubes and graphene in polymer matrices, in order to combine the properties of materials. In addition to the traditional mechanical properties including the ease of processability, semiconductor polymers show, low production costs and considerable electrical and optical characteristics.
Moreover, the CNTs have been recognized as particularly attractive materials for various applications.
All these features allow the creation of films with great properties such as mechanical flexibility, optical transparency, high electrical conductivity and simple preparation techniques.
These materials will be applied on the production of organic photovoltaic cells to improve their efficiency.

 

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  • Research Activity
    • Polymeric Materials
    • Composite Materials
    • Films and Coatings
    • Green Materials
    • Biomaterials
    • Energy materials
    • Building materials
    • Aerospace materials
  • Research Activity
    • Polymeric Materials
    • Composite Materials
    • Films and Coatings
    • Green Materials
    • Biomaterials
    • Energy materials
    • Building materials
    • Aerospace materials
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