Organic Thermoelectrics - From Materials to Devices

Organic Thermoelectrics provides readers with a comprehensive understanding of the development and applications of organic thermoelectric conversion, including fundamentals, experimental breakthroughs, and device fabrication. It is a valuable resource for scientists and students in chemistry, materials, and engineering.

Format: Hardback
Length: 400 pages
Publication date: 21 December 2022
Publisher: Wiley-VCH Verlag GmbH

Organic thermoelectrics play a crucial role in converting heat into electricity, offering a promising solution for sustainable energy harvesting. This comprehensive book provides readers with a deep understanding of the development and applications of organic thermoelectric conversion, encompassing fundamental principles and experimental breakthroughs.

Organic Thermoelectrics: From Materials to Devices offers a systematic introduction to organic thermoelectric materials, guiding readers from their development to their integration into devices. It begins by exploring the fundamental mechanisms of thermoelectric conversion, followed by a detailed discussion on design strategies and advancements in various organic thermoelectric materials. The book delves into the fabrication techniques and characterizations of thermoelectric parameters, enabling readers to gain insights into the performance and potential applications of these materials.

In this comprehensive guide, readers can expect to find detailed information on:

Fundamentals of thermoelectric (TE) conversion: This section covers the basic principles of TE conversion, including carrier transport and thermal transport, which are essential for understanding organic thermoelectric materials.

Development of organic thermoelectric (OTE) fields and mechanisms: It provides an in-depth exploration of the growth and development of OTE fields, including p-type, n-type, and composite/hybrid OTE materials. Readers will gain insights into the key strategies employed to enhance the performance of these materials.

Basic mechanisms, fundamental requirements, and recent advances of doping for OTE applications: This section discusses the fundamental mechanisms behind doping in organic thermoelectrics, including the effects of dopants on carrier mobility and electrical properties. It also covers recent advances in doping techniques and their applications in developing high-efficiency OTE devices.

Geometries and construction methods of OTE devices: It provides an overview of the various geometries and construction methods used in OTE devices, such as bulk heterojunction (BHJ) devices, thin-film devices, and micro-/nanostructured devices. Readers will learn about the advantages and challenges associated with each approach and how they contribute to the development of efficient OTE devices.

Theoretical and experimental advances in single molecular TE devices: This section highlights the theoretical and experimental advancements in single molecular TE devices, including their potential for high-efficiency energy conversion. It also discusses the recent development in related detection methods, enabling the precise measurement and characterization of single molecular TE devices.

Powered by worldwide innovative research results in the past ten years and strongly supported by many collaborators, Organic Thermoelectrics is a comprehensive reference on the subject. It is invaluable for scientists and students in chemistry, materials, and engineering who are interested in exploring the potential of organic thermoelectrics in sustainable energy harvesting and other applications.

By delving into the fundamentals, mechanisms, and advancements in organic thermoelectrics, this book equips readers with the knowledge and tools necessary to contribute to the ongoing development of this field. It serves as a valuable resource for researchers, scientists, and engineers seeking to explore the potential of organic thermoelectrics in addressing energy-related challenges and promoting a greener future.

Weight: 890g
Dimension: 252 x 175 x 25 (mm)
ISBN-13: 9783527349852