文 献 综 述

基于超声雾化的局部空间细颗粒物浓度抑制实验

摘 要

如今因为工业的发展,雾霾越来越严重,越来越多的人们待在室内,因此室内空气的质量越来越重要。超声雾化实验利用细微水分子直径与细颗粒物（PM2.5）等飘浮微尘之间存在的相关性进行实验研究,从而了解超声雾化捕捉细颗粒物的效率和净化效果,加以运用达到进化空气,提高室内环境的目的,提高室内人们的生活质量和身体健康

关键词：PM2.5；室内环境；超声雾化；空气进化；浓度抑制

Experimental study on the concentration inhibition of fine particulate matter in local space based on ultrasonic atomization.

ABSTRACT

Nowadays, because of the development of industry, smog is becoming more and more serious. More and more people stay indoors, so the quality of indoor air is becoming more and more important. Ultrasonic atomization experiments using small diameter water molecules and fine particulate matter (PM2.5) and so on correlation between floating dust experiment research, so as to understand the efficiency of ultrasonic atomization capture fine particulate matter and purification effect, use air to evolution, the purpose of improving indoor environment, improve the interior quality of people#39;s lives and health

Key words：PM2.5；indoor environment；ultrasonic atomization；air purification