A new solid Aggregation-induced Emission (AIE) fluorophore molecule (Ind-CONH₂) for specific response of gaseous phosgene based on the dehydration of primary amide to nitrile was designed. Specially, visible AIE color changes of Ind-CONH₂ with phosgene could be observed directly from bright blue to greenish blue on a portable solid-state test-strip under a 365 nm ultraviolet (UV) lamp, which showed inverse color changes from colorless to bright blue in homogeneous acetonitrile solution due to intramolecular charge transfer (ICT) effect. LOD of Ind-CONH₂ for phosgene in acetonitrile was 1.52 nM and that for gaseous phosgene was 0.16 ppm (response time was less than 10 s in acetonitrile and 3 min for gas), which had a good development prospect in detecting phosgene. Additionally, Ind-CONH₂ was successfully used as an erasable fluorescent anti-counterfeiting ink.

设计了一种新的固体聚集诱导发光 (AIE) 荧光团分子 ( Ind-CONH _{2 )，用于基于伯酰胺脱水生成腈的气态光气特异性响应。}特别地，在 365 nm 紫外线 (UV) 灯下，可以在便携式固态测试条上直接观察到 Ind-CONH 2 与光气的可见 AIE 颜色变化，从亮蓝色到绿蓝色，显示从无色到无色的反_色变化由于分子内电荷转移 (ICT) 效应，均匀乙腈溶液中呈亮蓝色。Ind-CONH ₂的 LOD乙腈中光气为1.52 nM，气态光气为0.16 ppm（响应时间乙腈小于10 s，气体小于3 min），在检测光气方面具有良好的发展前景。此外，Ind-CONH ₂被成功用作可擦荧光防伪油墨。