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Mid-wavelength infrared detector array based on black phosphorus ink thin film

Authors: ZHU Long-Hai; DUAN Shi-Kun; CHEN Mao-Hua; BAI Yu-Zhuo; ZHAO Tian-Ge; YU Yi-Ye; WEI Qin; XU Teng-Fei; Piotr Martyniuk; WANG Zhen; HU Wei-Da

DOI: 10.11972/j.issn.1001-9014.2026.03.2026043Status: Verified Translated Edition
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Key Findings in This Report

• A 64×64 MWIR snapshot photodetector array was fabricated using a room-temperature BP ink deposition technique, achieving low oxidation loss of 1.12%. • Gradient centrifugation optimized BP nanosheet size and thickness, enhancing charge carrier transport and device performance. • The BP ink film array exhibited a photoresponsivity of 4.52 mA/W in the MWIR range with pixel non-uniformity as low as 10.1%. • This work provides a scalable route for large-area, uniform BP-based MWIR imaging arrays, overcoming limitations of conventional epitaxial methods.