Synthesis and Optical Properties of Novel Chemosensor Based on Rhodamine 6G
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초록
The opto‐functional materials have been developed as a promising research topic toward the end uses for optical materials and applications. The attractive area in this part was the design of sensor molecules for detecting harmful environmental factors. These harmful factors impart undesired effects on wide range of chemical and biological phenomenon. In this context, many researchers have studied luminescence chemosensor materials. These sensor molecules showed optical signals such as color or fluorescence change by detecting harmful environmental factors. In this study, the novel fluorescence chemosensor 1 has been designed and synthesized through reaction of rhodamine 6g hydrazide and 2‐hydroxy‐1‐naphthaldehyde. The chemosensor 1 had been analyzed by UV‐Vis and fluorescence spectrophotometer. We found that this chemosensor 1 has ‘off‐on’ and dual type sensing properties toward Cu2+ and Mg2+.
Abstract
The opto‐functional materials have been developed as a promising research topic toward the end uses for optical materials and applications. The attractive area in this part was the design of sensor molecules for detecting harmful environmental factors. These harmful factors impart undesired effects on wide range of chemical and biological phenomenon. In this context, many researchers have studied luminescence chemosensor materials. These sensor molecules showed optical signals such as color or fluorescence change by detecting harmful environmental factors. In this study, the novel fluorescence chemosensor 1 has been designed and synthesized through reaction of rhodamine 6g hydrazide and 2‐hydroxy‐1‐naphthaldehyde. The chemosensor 1 had been analyzed by UV‐Vis and fluorescence spectrophotometer. We found that this chemosensor 1 has ‘off‐on’ and dual type sensing properties toward Cu2+ and Mg2+.
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