该结果表明将GaAs及AgBiSe2两种材料同时引入基体中，可有效发挥

The results show that the introduction of two materials, GaAs and AgBiSe2 into the matrix at the same time, can effectively exert the performance advantages of the two composite phases, synergistic regulation, and achieve a great improvement in thermoelectric performance, which improves a new kind of thermoelectric performance for obtaining high-performance composite thermoelectric materials. way.

The results show that introducing GaAs and agbise2 into the matrix at the same time can effectively give play to the performance advantages of the two composite phases, coordinate regulation, and greatly improve the thermoelectric properties, which provides a new way to obtain high-performance composite thermoelectric materials.

The results show that when GaAs and AgBiSe2 are introduced into the matrix at the same time, the performance advantages of the two composite phases can be effectively brought into play, and the thermoelectric properties can be greatly improved through coordinated regulation, which provides a new way for obtaining high-performance composite thermoelectric materials.