摘要
研究在座舱复杂气流和压力、温度、湿度等条件下舱体材料、舱内设备、用品、人体以及突发空气品质事故所产生的主要化学及颗粒污染物特性;获得座舱环境下由臭氧引起的化学反应产物的数量和种类;建立座舱内多种污染物的产生、传输、扩散和在人体内传播的精确模拟模型。基于上述目标,该课题研究分为成以下几个子研究进行:(1)座舱化学污染源散发机理及特性。(2)座舱环境中颗粒物运动传播特性。(3)臭氧及污染物间化学反应。(4)座舱污染物暴露的多尺度模拟。(5)
Investigate the characteristics of chemical and particulate pollutants from cabin materials, equipment, supplies, human bodies and air quality emergency under the cabin condition with complex air flow, pressure, temperature and relative humidity. Determine the types and quantity of reaction products induced by ozone under cabin condition. Develop an accurate model for the pollutants emission and transport in the cabin, and transport inside human body. Based on the above objectives, we have divided the project into the following five tasks： （1）VOC emission mechanisms ＆ characteristics. （2）Particle dynamics ＆ transport. （3）Ozone and cabin air chemistry. （4）Human exposure ＆ integrated modeling. （5）Cabin environment and health In 2013, Tasks （1） ～ （5） were performed and summarized in this report, of which Task （5） was in the initial stage.
出处
《科技创新导报》
2016年第29期186-186,共1页
Science and Technology Innovation Herald
