Detection of fungicide in water by ZnCdSe quantum dots thin film

N. A. Bakar, A. Umar, M. Salleh, M. Yahaya
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Abstract

Quantum dots (QDs) thin film sensor was developed to detect fungicide in water by optical sensing system. The ZnCdSe QDs was synthesized using a wet-chemical process to apply in this fluorescent sensor. A sensor system was setup, comprises an excitation light source made of laser diode, a dual arm fiber optic probe, a spectrometer and sensor chamber. The QDs thin film was deposited by dropping QDs solution onto the probe surface and let them dried in the ambient temperature. The detection of fungicide was done by comparing the photoluminescence (PL) spectra of the thin film dipped in the deionised water and in fungicide solutions. The PL spectrum of the thin film was quenched by the presence fungicide solutions where the drop of PL peak intensity is depended on the concentration of fungicide solutions.
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用ZnCdSe量子点薄膜检测水中杀菌剂
采用光学传感系统,研制了用于水中杀菌剂检测的量子点薄膜传感器。采用湿化学方法合成了ZnCdSe量子点,并将其应用于该荧光传感器。建立了由激光二极管激发光源、双臂光纤探头、光谱仪和传感室组成的传感系统。将量子点溶液滴入探针表面,在室温下干燥,形成量子点薄膜。通过比较薄膜在去离子水和杀菌剂溶液中的光致发光光谱来检测杀菌剂。杀菌剂溶液存在时,薄膜的PL谱被淬灭,其中PL峰强度的下降取决于杀菌剂溶液的浓度。
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