File S1 - A Colorimetric and Luminescent Dual-Modal Assay for Cu(II) Ion Detection Using an Iridium(III) Complex

Contains Table S1, Photophysical properties of complex 1 in CH3CN at 298 K. Figure S1, UV/Vis absorption spectrum of complex 1 (1 µM) in CH3CN solution at 298 K. Figure S2, White light (a) and UV light photograph images (b) of 1 (2 µM) in the presence of different concentrations of Cu2+ ions (0–10 µM) in CH3CN solution. Figure S3, Curve of luminescence intensity of 1 (1 µM) at 560 nm versus concentration of Cu2+ ions in CH3CN solution. λex = 355 nm. Figure S4, UV-Vis absorption spectra of 1 (1 µM) in the presence of Cu2+ ion and 2 equivalents of thirteen other metal ions in CH3CN solution. (DOCX)本数据集包含表S1：298 K下乙腈（CH3CN）中配合物1的光物理性质。 图S1：298 K下乙腈溶液中浓度为1 µM的配合物1的紫外-可见（UV/Vis）吸收光谱。 图S2：乙腈溶液中，不同浓度Cu²+离子（0–10 µM）存在下，浓度为2 µM的配合物1的白光（a）与紫外光（b）实拍照片。 图S3：激发波长（λex）为355 nm时，乙腈溶液中配合物1（1 µM）在560 nm处的发光强度随Cu²+离子浓度的变化曲线。 图S4：乙腈溶液中，配合物1（1 µM）与Cu²+离子及13种其他金属离子（各2当量）共存时的紫外-可见吸收光谱。 （DOCX）