Doping and processing of organic semiconductors for plastic thermoelectrics

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Fältnamn	Indikatorer	Metadata
000		03797naa a2200445 4500
001		oai:research.chalmers.se:7e09a5c0-041d-4136-be86-fd062c70feff
003		SwePub
008		221126s2018 \| \|\|\|\|\|\|\|\|\|\|\|000 \|\|eng\|
024	7	a https://research.chalmers.se/publication/5333712 URI
024	7	a https://doi.org/10.1016/B978-0-08-102284-9.00013-92 DOI
040		a (SwePub)cth
041		a engb eng
042		9 SwePub
072	7	a kap2 swepub-publicationtype
072	7	a vet2 swepub-contenttype
100	1	a Hofmann, Anna,d 1987u Chalmers tekniska högskola,Chalmers University of Technology4 aut0 (Swepub:cth)hofanna
245	1 0	a Doping and processing of organic semiconductors for plastic thermoelectrics
264	1	c 2018
520		a Thermoelectrics currently attracts considerable attention as a promising branch in the field of organic electronics, with the prospect that organic semiconductors (OSCs) allow the development of light, flexible, and inexpensive thermoelectric devices, which act as alternative power sources, generating electricity from heat gradients. Thermoelectric generators are solid-state devices that convert heat directly to electricity. They do not contain any moving parts and are able to operate over an extended period of time, and furthermore can function with small heat sources and limited temperature differences, which facilitates their use in situations where traditional engines are not feasible. The absence of moving parts, low need for maintenance, and a large variety of possible device architectures render organic thermoelectrics attractive for numerous applications, ranging from waste heat recovery to wearable textiles. In this chapter, we give a short introduction to the fundamentals of the thermoelectric effect, as well as to the design principles for thermoelectric generators and their characterization. Furthermore, we discuss the role of doping (i.e., the introduction of charge carriers through the addition of dopant molecules) and of the nanostructure and present strategies for the optimization of the thermoelectric properties of OSCs. Finally, we give an overview of processing methods and point out major achievements, as well as the remaining challenges.
650	7	a TEKNIK OCH TEKNOLOGIERx Maskinteknikx Energiteknik0 (SwePub)203042 hsv//swe
650	7	a ENGINEERING AND TECHNOLOGYx Mechanical Engineeringx Energy Engineering0 (SwePub)203042 hsv//eng
650	7	a NATURVETENSKAPx Fysikx Annan fysik0 (SwePub)103992 hsv//swe
650	7	a NATURAL SCIENCESx Physical Sciencesx Other Physics Topics0 (SwePub)103992 hsv//eng
650	7	a TEKNIK OCH TEKNOLOGIERx Elektroteknik och elektronikx Annan elektroteknik och elektronik0 (SwePub)202992 hsv//swe
650	7	a ENGINEERING AND TECHNOLOGYx Electrical Engineering, Electronic Engineering, Information Engineeringx Other Electrical Engineering, Electronic Engineering, Information Engineering0 (SwePub)202992 hsv//eng
653		a Thermal conductivity
653		a Doping
653		a Electronic textile
653		a Conducting polymer
653		a Seebeck coefficient
653		a Bulk processing
653		a Foam
653		a Organic thermoelectrics
653		a Anisotropy
700	1	a Kroon, Renee,d 1982u Chalmers tekniska högskola,Chalmers University of Technology4 aut0 (Swepub:cth)reneek
700	1	a Müller, Christian,d 1980u Chalmers tekniska högskola,Chalmers University of Technology4 aut0 (Swepub:cth)cmuller
710	2	a Chalmers tekniska högskola4 org
773	0	t Handbook of Organic Materials for Electronic and Photonic Devices, Second Editiong , s. 429-449q <429-449z 9780081022849
856	4 8	u https://research.chalmers.se/publication/533371
856	4 8	u https://doi.org/10.1016/B978-0-08-102284-9.00013-9

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