Abstract Bismuth Telluride (Bi 2 Te 3) is considered as a favorable thermoelectric
compound. Currently, this compound has achieved a lot of interest in sensors, chip spots …

Artificially tilted multilayer thermoelectric devices (ATMTDs) have attracted extensive
attention because of their numerous advantages, such as high integration, great structural …

In the current research, synthesis and deposition procedures of Bi 2 Se 0· 3 Te 2.7 and Bi 2
Te 3 thin film materials using hydrothermal process and thermal evaporation method were …

Bi2Te3-based compounds are important near room temperature thermoelectric materials
with commercial applications in thermoelectric modules. However, new routes leading to …

Artificially-tilted multilayer transverse thermoelectric devices (ATMTTDs) have a large
degree of design freedom, which is convenient for designing devices for different working …

Large transverse output voltage of transverse thermoelectric film devices is key for their
important applications. Currently, the transverse output voltage is only several to tens of μV …

Fabricating artificially tilted multilayer thermoelectric devices with high efficiency remains a
key challenge. The material genome engineering method provides an effective approach to …

摘要Bi2Te3 基合金因其优异的电输运性能和较低热导率在低温区热电材料中备受关注.
然而由Bi2Te3 基合金制造的热电发电或制冷器件转化效率仍较低, 因此进一步提升Bi2Te3 …

Artificially tilted multilayer thermoelectric devices (ATMTDs) have attracted growing attention
due to their ease in miniaturization and high flexibility in device design. However, most of …

Artificially tilted multilayer thermoelectric devices (ATMTDs) have attracted widespread
attention due to their advantages of simple and stable structure. In this study, n-type Ag2Te …