Abstract
A microwave-assisted method was developed to synthesize novel single-crystalline CuClSe2 microribbons (MRs) in high yield. Their phase transformation and stability to thermal irradiation were systematically studied. The single CuClSe2 MR-based device showed a favorable photosensitivity and long-term environmental stability. This implies good prospects for CuClSe2 MRs in low-cost and high-performance photodetectors for practical use.
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