Thermoelectric materials are functional materials that utilize the movements of charge
carriers to achieve the direct interconversions between heat and electricity. Recently, high …

The high performance of a multistage thermoelectric cooler (multi-TEC) used in a wide low-
temperature range depends on the optimized thermoelectric (TE) performance of materials …

Thermoelectrics can mutually convert between thermal and electrical energy, ensuring its
utilization in both power generation and solid-state cooling. Bi2Te3 exhibits promising room …

The thermoelectric transport of n-type Bi 2 Te 3 heavily depends on grain alignment, causing
performance limitations that severely restrict the demand for low-grade waste heat recovery …

Bi1–x Sb x alloys are promising cryogenic thermoelectric materials for generator and
refrigeration devices at temperatures below 200 K. Herein, we prepared highly (00 l) …

The evolutions of chip thermal management and micro energy harvesting put forward urgent
need for micro thermoelectric devices. Nevertheless, low‐performance thermoelectric thick …

Bi1− xSbx crystal is one of the best n− type thermoelectric materials below 200 K, but its
weak mechanical strength hinders practical applications for deep refrigeration. Herein, we …

Bismuth telluride‐based devices are capable of converting low‐quality thermal energy into
electrical power via the Seebeck effect. This transformative process not only extends the …

碲化铋(Bi2Te3) 基化合物作为室温附**性能最优异的热电材料, 在热电制冷及发电技术中已获得
广泛商业化应用. 目前商业化生产的Bi2Te3 基热电材料主要采用区熔法制备 …