摘要
介绍了一种新型雾霾检测系统的设计思路、设计原理、结构组成以及技术指标和应用前景等。该雾霾检测系统采用分布式测量方法,并通过计算机对数据进行接收和处理,结合手机APP实现对区域环境内的雾霾浓度监测。该系统以实用、快捷、低成本为设计初衷,可在愈发严重的雾霾天气下实现对某区域内雾霾浓度的快速、准确测量。该实验装置也是对AVR单片机的实例应用,学生可应用该实例提高对单片机的应用能力和编程能力。
It introduces the designing train of thought, designing principle, structural components, technical cri- teria and the appliance of a new budding Haze-fog test system.The device, adopting the method of distributed measurement, receives and process the data by computers, finally, realizing the monitoring of the Haze-fog con- centration of the environment for the area by cellphone application.This system is designed in practical,rapid and Low-cost, can be realized under the increasingly severe haze weather for a certain area of rapid and accu- rate measurement.As the achievement of SRIT,the experimental device ,which is the appliance of AVR micro- controller, is benefit to students who want to improve the capacity of both applying and programming.
出处
《大学物理实验》
2017年第3期76-79,共4页
Physical Experiment of College
基金
辽宁省普通高等教育本科教学改革研究项目
大连理工大学实验室重点建设项目
关键词
雾霾
分布式
粉尘传感器
AVR单片机
fog and haze
distributed
dust sensor
AVR microcontroller