利用对比法，讨论了武汉市雾日与城市小气侯的关系。
This paper emphatically deals with the regularities of fog's formation and dissipation in city and suburb, and its relations with urban microclimate.
海雾时数的年变化趋势与雾日相似，但从雾季过渡到非雾季，其变率比雾日大；
The annual trend of foggy hours is similar to foggy days', but the former has a bigger change rate than the latter in the transition of fog season to non-fog season;
平均雾日较多的宜君、石泉和西安有较明显的年变化，大致有6年和8年的准周期。
The mean foggy days of Yijun, Shiquan and xi 'an exist obvious interannual change, about quasi-period of 6, 8 years.
各成雾气象因素的主段均短，对应雾日多，对应的雾日机率规律性好；次段虽长，对应雾日却少，规律性有的也较差。
The primary phase of all meteorological elements is short, but with more fog days and a better regularity of fog day probability.
利用上海11个气象站点近50年的雾日和霾日统计资料，从时间和空间两方面分析了上海雾、霾日数的气候特征和变化规律。
Based on the fog and haze data from 11 meteorological stations in Shanghai, the temporal and spatial climatic characteristics and change laws of fog and haze days in recent 50 years were analyzed.
6月6日，在青岛第三海水浴场附近出现彩色平流雾奇观。
On June 6, the wonder of colorful advection fog appeared near Qingdao Number Three Bathing Beach.
图中可见分层的雾团，它覆盖着土星的月亮——泰坦；这幅图像由星际旅行者1号于1980年11月1日在距离泰坦22000公里(合约13700英里)的高度拍摄而成。
Layers of haze covering Saturn's moon Titan are seen in this image taken by Voyager 1 on Nov. 12, 1980 at a range of 13,700 miles (22,000 kilometers).
2014年2月25日，阵阵春风吹拂下的北京一扫连日以来的雾霾，灰蒙阴沉的天空再现久违的湛蓝如洗。
On February, 25, 2014, with the spring breeze blowing in Beijing, the haze clocking Beijing was cleared away and the grey and cloudy sky turned into clear blue.
自从2016年11月19日一场严重的雾霾袭击中国以来，该厂一直处于极度繁忙之中。
Since Nov. 19, 2016, when a bout of severe smog hit China, the company has been extremely busy.
1952年7月4日的那个早晨，大海就像一个冰浴盆，雾是那么浓，她甚至连救援她的船只都看不到。
On that Fourth of July morning in 1952, the sea was like an ice bath and the fog was so dense she could hardly see her support boats.
林窗区域的总辐射日总量在干热季最高，雨季和雨季后期次之，雾凉季时最小；
Daily total solar radiation at the center was the maximum in the dry-hot season, was higher in the rainy season and later rain season and was the minimum in the fog-cool season;
林窗区域的总辐射日总量在干热季最高，雨季和雨季后期次之，雾凉季时最小；
Daily total solar radiation at the center was the maximum in the dry-hot season, was higher in the rainy season and later rain season and was the minimum in the fog-cool season;
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