淝
1、淝河。也叫淝水 。源出安徽省合肥市西北。分为二支:一支东南流,注入巢湖;一支西流至寿县,又西北经八公山南入淮河。
张辽为失了皖城,回到合淝,心中愁闷。
Zhang Liao returned to Hefei, his heart heavy over the loss of Wan.
合肥是安徽省省会,它因南淝河与北淝河汇合于此而得名。
Hefei, capital of Anhui province, stands at the confluence of the north and south fei rivers, hence its name.
阳光和煦的下午,市民刘大爷握着钓竿在位于清溪路边的南淝河上游垂钓。
One sunny afternoon, Uncle Liu, a senior citizen, was enjoying fishing at the upper reach of Nanfei River near Qingxi Lu.
将该技术应用到杨村煤矿西淝河左堤下采煤可行性分析研究中,取得了较好的效果。
This technique was used successfully on the feasibility analysis of mining under the left bank of Xifei River in Yangcun Coal Mine.
本课题基于等标污染负荷法和集对分析对南淝河主要污染源以及水环境现状进行了评价。
This paper evaluates the main pollution sources and status environment of water of Nanfeihe River being based on the pollution load method and set pair analysis.
结果表明,南淝河流域水环境质量总体较差,有机污染物是造成南淝河水质污染的主要原因。
The results showed that the water quality in the whole basin was not good, and organic pollutant was the main cause of the water pollution in the South Feihe River.
关于老淝河钢便桥设计和施工方案的研究表明,其设计方案是成功的,可为类似工程提供借鉴。
The research on design and construction scheme of old Feihe River temporary steel bridge shows that the design scheme is successful.
基于主成分分析理论,建立了水质综合评价模型,以南淝河为例,对南淝河的水环境质量进行综合评价。
Based on the principal component analysis theory, a water quality comprehensive evaluation model was established and was used to evaluate the water quality of the South Feihe River.
这是关于“中国大陆安徽省亳州市谯城区淝河镇淝河行政村”邮政编码的网页,以及详细地区信息和在线地图。
This is a page about postal code of "Fei he Zhen Fei he Xing Zheng Cun, Qiaocheng District, Bozhou City, Anhui Province, China", with area information and online map.
然后利用数值模拟软件中的弹塑性模型和流变模型及概率积分法开展煤层开采对西淝河左大堤安全的影响评价。
The impacts on the security of Xifeihe River left embankment under coal mining are evaluated with elastoplastic model, two-exponent rheological model and probability integral method.
然后利用数值模拟软件中的弹塑性模型和流变模型及概率积分法开展煤层开采对西淝河左大堤安全的影响评价。
The impacts on the security of Xifeihe River left embankment under coal mining are evaluated with elastoplastic model, two-exponent rheological model and probability integral method.