1) spring urban heat island
春季城市热岛
1.
Based on the April temperature data of 20 surface meteorological stations of the Beijing region from 1990 to 2004,the characteristics of Beijing spring urban heat island(UHI) were analyzed.
应用北京地区地面气象观测台1990—2004年4月的气温资料,分析了近15 a北京春季城市热岛特征,结果表明:春季夜间城市热岛要强于白天。
3) urban heat island
城市热岛
1.
Characteristics of multi-scale temporal-spatial distribution of urban heat island in Guangzhou;
广州城市热岛空间分布及时域-频域多尺度变化特征
2.
Research on Urban Heat Island and its Environmental Effects of Rapidly Urbanized Regions;
快速城市化区域城市热岛及其环境效应研究
3.
Study on intensification of solar radiation absorption of building exterior surface on“urban heat island effect”;
建筑外表面吸热对“城市热岛”增益的研究
4) Urban heat island (UHI)
城市热岛
1.
Total suspended particulates (TSP) and its effects on urban heat island (UHI);
城市大气总悬浮颗粒物与城市热岛
2.
In this paper, the summer meteorological data (from 1998 to 2003) from 10 observatories, 1 auto-observatory and the Beijing 325m tower have been used to study the urban heat island (UHI) and the meteorological fields near the surface in the summer of Beijing.
应用1998～2003年7、8月份的北京市10个气象台站和1个自动台站观测资料以及中国科学院大气物理研究所325m气象塔的观测资料,对北京市的夏季城市热岛特征及其气象场进行了分析。
3.
The Urban heat island (UHI) effect has been increasing so prominently that the measures for quantitative monitoring, analysis and evaluation of the UHI effect have become one of the most important fields in current urban climate and environment researches.
系统总结了应用遥感技术开展城市热岛研究的数据、方法与成果。
5) heat island
城市热岛
1.
Finally,the conclusion shows that radiation of asphalt pavement is a main cause of heat island phenomena.
所以,如果降低路面温度就可以大大降低路面辐射,减轻城市热岛效应。
6) urban heat island
城市热岛效应
1.
These had some effects on environment system, such as urban heat island.
20世纪90年代以来我国进入城市化快速发展阶段,城市规模迅速扩张,这在一定程度上对于环境系统产生了影响,如产生了城市热岛效应。
补充资料：巴格达春季贫血