塑料光纤传感器的制造,用于检测水中汞的金属离子

Ida Vaeruza, Kukuh Eka Kurniansyah, F. Darma, I. Yulianti
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引用次数: 0

摘要

汞离子的存在对人类健康和环境构成严重威胁。饮用含汞的水对人体健康是非常危险的。本工作的目的是设计一种利用塑料光纤检测水中汞离子的重金属离子传感器。用壳聚糖浸渍法在光纤表面涂覆传感器。所制备的光纤传感器直径分别为1087.64 μm(传感器A)、1691.64 μm(传感器B)和1736.33 μm(传感器C)。通过将塑料光纤的一端连接到LED上,另一端连接到光电二极管上进行传感器表征。结果表明,样品A的灵敏度为0.32 mA/ppm,样品B的灵敏度为0.56 mA/ppm,样品C的灵敏度为0.64 mA/ppm。在响应时间方面,传感器A、B和C的响应时间分别为22 s、42.5 s和86 s。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FABRIKASI SENSOR SERAT OPTIK PLASTIK UNTUK DETEKSI ION LOGAM MERKURI DALAM AIR
The presence of mercury ions is a serious threat to human health and environment. Water consumption containing mercury is very dangerous for human healt. The purpose of this work is to design a heavy metal sensor  ion using plastic optical fiber to detect mercury ions in water. The sensor was fabricated by coating the optical fiber by chitosan through dip-coating technique. There are three diameter of optical fiber sensor that was fabricated, which are 1087.64 μm (sensor A), 1691.64 μm (sensor B) and  1736.33 μm (sensor C). Sensor characterization was done by connected the tip of plastic optical fiber to an LED and the other tip was connected to a photodioda. The results show that sensitivity of sample A is 0.32 mA/ppm, sample B is 0.56 mA/ppm and sample C is 0.64 mA/ppm. In terms of respone time, it is shown that  thr respon time for sensor A, B and C are 22 s, 42.5 s and 86 s respectively.
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