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中文摘要：
在用超级快方法的半水的离子的 ultratrace 层次的特定的识别仍然是为环境监视的挑战。此处，我们报导一荧光灯并且 colormetric 传感器(ZH ) 基于超分子自己组装，其结构被银离子的 ultratrace 的增加破坏。这个过程支持了可见颜色改变的肉眼或与一个宽 pH 范围一起熄灭的荧光紧张。系统的研究揭示了很高的选择(0.07
英文摘要：
Specific recognition of ultratrace levels of ions in semi-water using super-quicker methods is still a challenge for environmental monitoring. Herein we report a fluorescent and colormetric sensor （ZH） based on supramolecular self-assembly, whose structure was destroyed by the addition of ultratrace of silver ions. The process promoted either naked eye visible color changes or fluorescence intensity quenched in conjunction with a wide pH range. Systematic studies revealed very high selectivity （0.07 μmol/L） for silver ions, and other common cations, e.g., Hg^2＋, Cu^2＋, Cd^2＋, Pb^2＋ had nearly no influence on the sensing behavior. This sensor also served as a multiple use of component in sensing materials by addition of I^- into the mixture of ZH and Ag^＋ （about 5 times）. What＇s more, ZH containing filter paper emerged distinct color and fluorescence changes upon exposure to silver （Ag^＋）, which could be used as a portable method to undertake field testing for Ag^＋.
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