Organic thermoelectrics(OTEs)have been recently intensively investigated as they hold promise for flexible,large-area,and low-cost energy generation or heating–cooling devices for appealing applications,for example,w...Organic thermoelectrics(OTEs)have been recently intensively investigated as they hold promise for flexible,large-area,and low-cost energy generation or heating–cooling devices for appealing applications,for example,wearable energy harvesting.In the past 7 years,n-type OTEs have witnessed a sharp increase in their performance thanks to significant progress in developing and understanding the fundamental physical properties of n-type OTE materials as well as the working principle and physical processes of the TE devices.展开更多
文摘Organic thermoelectrics(OTEs)have been recently intensively investigated as they hold promise for flexible,large-area,and low-cost energy generation or heating–cooling devices for appealing applications,for example,wearable energy harvesting.In the past 7 years,n-type OTEs have witnessed a sharp increase in their performance thanks to significant progress in developing and understanding the fundamental physical properties of n-type OTE materials as well as the working principle and physical processes of the TE devices.
