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recognition processes are observed to be barelyinterfered by other coexisting metal ions. Key Words : Chemosensor, Colorimetric, Fluorescent, Rhodamine B, RecognitionIntroduction The development of optical molecular or polymeric systemscapable of sensing various biologically and/or environ-mentally important cations, as chemosensors, has generatedsignificant interest in recent years. At the present time, UV-vis and fluorescence spectroscopy are the most frequentlyused modes of detection of these sensors, due to their highsensitivity and easy operability. The emerging new conceptof “single sensor for multiple analytes’ for chemosensordesign is the analysis of two or more analytes by onereceptor utilizing a single detection method or an array ofdetection method.

A New Rhodamine B-coumarin Fluorochrome for Colorimetric Recognition of Cu2+and Fluorescent Recognition ofFe3+in Aqueous Media

A New Rhodamine B-coumarin Fluorochrome for Colorimetric Recognition of Cu²⁺and Fluorescent Recognition of^Fe3+in Aqueous Media