地表水环境,surface water environment
1)surface water environment地表水环境
1.In the paper,current situation of rural surface water environment in Jiangsu Province and its reason was analyzed.简要分析了江苏省农村地表水环境现状及其成因,对目前的处理对策作了介绍,并指出今后治理的发展方向。
2.Based on analyzing the current situation of the pollution to surface water environment in Shijiazhuang,Hebei province and by using the method of W pollution gradation, the pollution gradation of different monitored sections of the water in Shijiazhuang city is carried out.在剖析石家庄市地表水环境污染现状的基础上 ,采用 W污染分级法对地表各水域断面进行污染程度分级 ,并运用污染负荷比对其地表各水域的各种污染物的贡献率进行了综合评价分析。
3.This paper analyzed the current situation of pollution of surface water environment in Shijiazhuang.本文剖析了石家庄市地表水环境污染状况 ,运用污染负荷比综合分类法对其地表各水域的各种污染物的贡献率进行了综合评价分析及分类 ,并由此提出了综合防治对策。
英文短句/例句

1.The Environmental Quality Analysis and Environmental Capacity Study about the Surface Water in Pingyin County平阴县地表水环境质量分析与水环境容量研究
2.The Study on the Environmental Function Zoning of the Surface Water of Luzhou City;泸州市地表水环境功能区域划分研究
3.The Calculation and Analysis of Surface Water Environment Capacity of Lhasa City;拉萨市区地表水环境容量计算与分析
4.Analysis of Trend Present Environmental Quality of Surface Water in Taizhou City简析泰州市地表水环境质量变化趋势
5.Surface Water Environmental Impact Assessment and Analysis of Hydropower Project of Luding Hydropower Station;泸定水电站水电工程地表水环境影响评价分析
6.Contamination and Risk Assessment of the Environmental Endocrine Disrupters in Surface Water of Beijing Area;北京地区地表水环境激素污染现状与环境风险性评价
7.The Study on Assessment of Surface Water Environmental's Quality for the Area of Huo Lin Guo Le;霍林郭勒地区地表水环境质量评价研究
8.The Spatial Characters of Surface Water Quality and Its Controlling Factors in Xi'an City西安地区地表水环境空间特征及成因分析
9.Discussion on Analysis and Prevention Countermeasures of The Surface Water State in Changchun长春市地表水环境状况分析与治理对策探讨
10.Calculation Methods and Application on Surface Water Environmental Capacity in Small River Basin;小流域地表水环境容量计算方法与利用研究
11.Preparation of Surface Water Environment Management Information System of Shandong Province;山东省地表水环境管理信息系统的研制
12.Study on the Water Environmental Carrying Capacity and Control of the Wastewater in Hefei Area;合肥市地表水环境容量与污染控制的研究
13.Application of Gray Comprehensive Evaluation in Environmental Quality Assessment for Surface Water;灰色综合评判在地表水环境质量评价中的应用
14.Analysis of Taizhou Surface Water Quality And Influencing Factors;泰州市地表水环境质量现状及影响因素分析
15.Surface water pollution in Zhoukou City and measures to improve it;周口市地表水环境污染状况及改善措施
16.Gray Synthetic Evaluation on the Quality of Surface Water Environment;地表水环境质量灰色综合评价方法探讨
17.Contaminated Character and Source of Nitrogen in Tianjin Surface Water天津市地表水环境氮污染特征及来源解析
18.The Evaluation of the Surface Water in Lu'an City and the Analysis of the Its Changing Trend六安市地表水环境质量评价及变化趋势分析
相关短句/例句

surface water environmental quality地表水环境质量
3)the status of surface water environment地表水环境状况
4)surface environment地表环境
1.On the basis of former map, three nautical pictures in 1958,1975 and 1984 were redrawn to take form surface environment dynamic result map.本文通过对 195 8年、1975年和 1984年 3张航片的转绘 ,在原图基础上制成地表环境动态成果图 ,将该图反映的信息与自然社会、经济系列材料进行综合分析 ,最后揭示出通辽地区地表环境演变的特征和过
2.Using 12 pieces of remote sensing images and climatic data in the recent 20 years,the effect of climatic change on surface environments is analyzed.以科尔沁沙地阿古拉苏木为典型代表区域,应用1987-2006年20a间12幅遥感影像及相应气候数据,分析了地表环境变化与气候变化间的响应关系,提出了表征响应敏感程度、影响程度大小排序的气候因子影响指数(CFII)。
5)urban surface water quality城市地表水环境质量
6)funcitonal zoning of surface water environment地表水环境功能区划
延伸阅读

地表水取水构筑物勘察地表水取水构筑物勘察investigation of surface water catchment structure 为:管坯约2.1~1.15t,燃料约2.7~3·IGJ,电力约surfaee water eatehment strueture)为地表100~nokw·h。水取水构筑物的设计和施工而进行的工程地质勘察。 (宋本仁)地表水一般是工业生产和生活用水的主要水源。地表 水取水构筑物常设置在江河岸边或伸入河床中(见dibiao Shui qushui gouzhuwu kanCha图),其基础埋深受江河最低水位或最大冲刷深度控地表水取水构筑物勘察(investigation of制,通常埋深较大。架含分j母一 地表水取水构筑物示意图 。一河床式取水构筑物,1一取水失部,2一自流管;3一进水孔 b一岸边式取水构筑物;1一集水井;2一水泵房;3一闸阀井 勘察阶段与设计阶段相适应,一般分为选址勘察阶段、初步勘察阶段和详细勘察阶段。 (l)选址勘察。以搜集已有地形地质、气象水文资料和现场踏勘为主,重点调查:河段形态、流态特征,河曲变化趋势,岸坡形态和稳定性,毗邻的山坡是否稳定,有无威胁场地安全的冲沟和泥石流,水位变化幅度,河床冲淤情况等。对拟建场地的适宜性和稳定性作出初步评价,推荐最优场址方案。 (2)初步勘察。以工程地质测绘、工程地质勘探、试验为手段,重点查明:地质构造,地基土的构成、岩性,岩土的物理力学性质,地下水条件,地层的渗透性,有无软土、流砂等不良地层及其分布,不良地质现象的发育程度等。为总图的布置、构筑物选型、施工方法选择提供可靠的工程地质资料。勘探线和勘探点间距,根据地质条件和构筑物特点确定。勘探深度在河床区要达到最大冲刷深度以下3一sm,在岸边区要达到最低水位以下s~lom。 (3)详细勘察。以勘探、试验为主,为取水构筑物的设计、施工和防治措施提供详细的工程地质资料和设计所需的岩土计算参数;预测施工降水产生涌土、流砂的可能性;对于用沉井施工的工程,还要评价地层的均匀性,并根据地质条件提出地基处理、施工方法和防治不良地质现象的建议。 (何匆,1).。目J,二二才.、*、,二。J,。二、二.二、·,~。、~·。~