Polymer chalcogenides-new smart materials for thermoelectric applications

The breakthrough invention of conducting polymers (CPs) initiates a new pathway for the researchers to make use of their properties in thermoelectric (TE) applications. They are considered to be potential candidates in TE application when combined with inorganic counterparts. Different strategies were undertaken to enhance structural order and hence the TE performance of the CPs which trigger the scientific community to focus more on this area. Consequently, the use of nano filler in the polymer matrix proved to be a better way to improve the TE properties and chalcogenide materials could be the best candidates to be used as nano filler due to their high TE parameters. Thus, composites of CPs with different chalcogenides have been drawing attention in the field of TEs in recent years. The present work points towards a comprehensive update on different synthesis process of composites of various CPs with a number of chalcogenides along with a state-of-art review of these promising materials in TEs for device applications with the expectation that this work will surely motivate the researchers to optimize the best candidate.

Automated summary

The breakthrough invention of conducting polymers has opened up new possibilities for their use in thermoelectric applications. Strategies to enhance their structural order and thermoelectric performance have been explored. The use of chalcogenide materials as nano fillers has shown promise in improving thermoelectric properties. Research on composites of conducting polymers and various chalcogenides has gained attention in thermoelectric field.