Design of Dynamic Formaldehyde Detection Instrument Based on Constant Potential Electrochemical Formaldehyde Analysis

Yongzhi Chen, Yubin Li
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Abstract

(Based on expounding and analyzing the experimental requirements of the Electrochemical sensor, temperature instrument system and Central control analysis system, Atomizing fluid storage system established the design scheme of the instrument Formaldehyde detection. Compared with the traditional formaldehyde concentration detection method, the formaldehyde concentration detector introduced in this paper strengthens the dynamic detection of formaldehyde adsorption on materials, improves the disadvantage that the conventional detection method can only detect Formaldehyde regularly, and has the advantages of short detection cycle, high detection accuracy, low cost, and strong practicability. Improve the detection means in the field of real-time formaldehyde detection by electrochemical detection method.)
基于恒电位电化学甲醛分析的动态甲醛检测仪设计
在阐述和分析电化学传感器、温度仪表系统和中央控制分析系统实验需求的基础上,建立了雾化储液系统甲醛检测仪器的设计方案。与传统的甲醛浓度检测方法相比,本文介绍的甲醛浓度检测仪加强了对甲醛在材料上吸附的动态检测,改善了传统检测法只能定期检测甲醛的缺点,具有检测周期短、检测精度高、成本低、实用性强等优点。改进了电化学检测法实时甲醛检测领域的检测手段。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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