Cuprous Telluride: Preparation
Tellurium has a wide range of uses in the metallurgy of petroleum and chemical industries, electronic and aerospace and many other areas 1-21. The copper powder can replace this portion of tellurium. This slag can be called copper telluride.
– The Application Prospect
The cuprous telluride semiconductor nanocrystals are excellent in terms of particle conductivity and thermoelectricity. They also have a wide range of potential applications in photovoltaics and photothermal therapies. The synthesis methods of the aqueous phase (Cu2.75Te), oil phase (Cu7Te5) were successful in producing three kinds of telluride-based semiconductor nanomaterials. We studied the LSPR phenomenon in the infrared and analysed the process. Results showed that three telluride semiconductor nucrystals had different photothermal conversion characteristics. Cu2.xTe was found to be superior to Cu1.75TE, Cu7Te5 and both Cu7Te5 Nanorods. Comparison of the three copper telluride nanocrystal film formations. The Cu7Te5 nanometer cube is capable of forming dense and uniform films.
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