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The chalcopyrite-type cuinse 2 is a remarkable material for thin film solar cells owing to its electronic structure and optical response. Single-phase sphere-like cuinse 2 nanocrystallite particles were prepared by a facile noninjection method with triethanolamine as the complexing agent and the solvent simultaneously. The period of the reaction was the key to form single-phase cuinse 2 nanocrystals at 240 °C. TEM, XRD, XPS, EDX investigations were performed to characterize the morphology and the detailed structure of as-synthesized cuinse 2 nanocrystals. All of the analysis results proved that the synthesized nanocrystals were pure phase and close to the stoichiometric ratio rather than a simple mixture. The band gap of the obtained cuinse 2 nanocrystals was 1.03 ± 0.03 eV.

A Noninjection Reaction Route to CuInSe2Nanocrystals with Triethanolamine as the Complexing Agent

A Noninjection Reaction Route to CuInSe₂Nanocrystals with Triethanolamine as the Complexing Agent