摘要
Thermoelectric generators(TEGs)are renowned for powering deep space exploration due to their simple system structure,long-term stability,and vibration-less operation^([1-4]).However,the extensive commercial application of TEGs remains stagnant due to the challenges in designing reliable electrode contact inter-faces,especially the interface between thermoelectric interface ma-terials(TEiMs)and thermoelectric conversion materials(TEcMs)^([5]).
基金
the Shenzhen Key Projects of Long-Term Support Plan(No.20200925164021002)
Guangdong Provincial Key Laboratory Program(No.2021B1212040001)from the Department of Science and Technology of Guangdong Province.
