日本大阪府立大学小营厚子等人采用高温高压合成法制造纳米结构CuInTe2,进行结构分析和性能测定,结果表明,由于纳米化,使CuInTe2热导率大幅度降低,约为2 W/mK,为常压合成物的1/3。透射电镜观察表明,高压高温合成的CuInTe2试样晶粒由数十纳米畴组成,而电子衍射图证明为正方晶结构,具有类 Nippon Gappakai University, Japan and other small Houke et al using high temperature and pressure synthesis of nanostructured CuInTe2, the structure analysis and performance determination, the results show that due to nanocrystallization, CuInTe2 greatly reduced the thermal conductivity of about 2 W / mK, as Atmospheric pressure compound 1/3. Transmission electron microscopy showed that the grain size of the CuInTe2 sample synthesized by high-pressure and high-temperature was composed of dozens of nano-domains, while the electron diffraction pattern proved to be a tetragonal structure with a similar