AI Article Synopsis
- Organic π-conjugated polymers are important materials for plastic electronics due to their unique properties.
- The arrangement and distance between π-systems in these polymers influence their energy transfer and conductivity.
- The article explores how specific interactions between π-systems, which are chemically fixed, impact their optoelectronic characteristics.
Article Abstract
Organic π-conjugated polymers have emerged as one of the most fascinating classes of materials as they have found utility in a host of plastic electronics technologies. The distance between π-systems and their relative orientation dictate energy/charge transfer, conductivity, and photophysical properties of these materials in bulk. This Feature Article discusses π-conjugated polymers and model compounds in which specific inter-π-system interactions are covalently enforced and the effect that the scaffolding has on optoelectronic properties.
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| http://dx.doi.org/10.1002/marc.200900387 | DOI Listing |
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