摘要空气净化市场是一个巨大蛋糕。室内有害物包括甲醛、苯、放射性氡等，随着污染程度加剧，人体产生亚健康反应，甚至威胁到生命的安全。而有关数据统计，人们每天平均大约有80%以上的时间在室内度过。随着生活方式的更加现代化，更多的工作和文娱体育活动都在室内进行，人们在室内的活动时间甚至高达93%以上，所以对于商场商务室这类建筑一定要有良好的空气处理系统，对于污染物的处理需要，新风量一定要足，现代建筑的空调设计关系做人们的健康。处理室内空气的温度、湿度、洁净度和气流速度的技术。可使某些场所获得具有一定温度和一定湿度的空气，以满足使用者及生产过程的要求和改善劳动卫生和室内气候条件，这样才能保证人们的身体健康。65223

本设计该商业综合楼有三层商业营业厅、五层商务室和地下车库等。高43.2米，总建筑面积约31816平方米，商场比较适合用全空气系统，商场用风机盘管加独立新风系统。

毕业论文关键词：空气净化 现代建筑综合征 全空气 风机盘管 

毕业设计说明书（论文）外文摘要

Title   Air purifiers on the importance of modern architecture

Abstract

Air purification market is a huge cake. Indoor harmful substances including formaldehyde, benzene, radioactive radon, etc., with increasing levels of pollution, the human body produces sub reactions, and even a threat to the safety of life. And the statistics, it is a daily average of about 80% of the time spent indoors. With more modern lifestyle, more work and cultural and sports activities in the room, people in the indoor activity time even up to 93%. So for this type of building shopping malls business chamber must have good air handling systems. For pollutants processing needs, fresh air must be adequate, modern air-conditioned building design relationships do people's health. Processing chamber air temperature, humidity, cleanliness and air flow velocity technique. Some places can get a certain temperature and a humidity of the air, in order to meet the requirements of users and the production process and improving labor hygiene and indoor climatic conditions, so as to ensure The design of the commercial complex has three commercial business hall, five business room and underground garage. Height 43.2 m, with a total construction area of about 31,816 square meters, the mall is more suitable to use the whole air system, fan coil plus shopping malls with independent air system.people's health.

1工程概况 1

1.2 设计依据 1

1.2.1 设计目的 2

1.2.2设计任务及要求 2

1.2.4 设计规范与标准 3

2、空调负荷计算 3

2.1.1 室内空气设计参数 4

2.1.2 空调室外空气计算参数 4

2.2 空调新风量的确定 5

2.3 空调冷负荷计算 6

2.3.1 外墙传热冷负荷 7

2.3.2  透过玻璃窗和玻璃门，玻璃墙日射得热。 8

2.3.3 人体散热形成的冷负荷 9

2.3.4 空调夏季新风负荷计算 9

2.4 湿负荷计算 9

2.4.1 人体散湿量 10

2.4.2 敞开水表面散湿量 10