水处理紫外线辐照强度检测数据集

紫外线消毒器集光学、微生物学、机械、化学、电子、流体力学等综合科学为一体，当水中的细菌、病毒等受到足剂量的UV-C紫外光(波长253.7nm)照射后，其细胞DNA及细胞结构被破坏，细胞再生无法进行，从而达到水的消毒和净化效果。数据主要来源于水处理设备紫外线消毒器日常记录，根据紫外线消毒器输入电压、电流，控制紫外线灯管电压、电流、功率，监测辐照强度。

The UV disinfector integrates multiple interdisciplinary scientific fields including optics, microbiology, mechanics, chemistry, electronics, and fluid mechanics. When bacteria, viruses and other aquatic pathogens are exposed to sufficient-dose UV-C radiation (with a wavelength of 253.7 nm), their cellular DNA and structural components are damaged, and cell replication is inhibited, thus achieving the goal of water disinfection and purification. The dataset is primarily derived from daily operational records of UV disinfectors used in water treatment facilities. It collects parameters such as the input voltage and current of the UV disinfector, the controlled voltage, current and power of the UV lamps, as well as the monitored irradiation intensity.

搜集汇总

背景与挑战

背景概述

该数据集专注于水处理过程中的紫外线辐照强度检测，覆盖城镇污水处理、饮用水消毒等多种应用场景，数据来源于紫外线消毒器的日常运行记录，包括电压、电流、功率和辐照强度等关键参数。它以excel格式提供，旨在支持水处理消毒效果的监测与优化，适用于环保技术研发和工业用水管理。