哈达山水库,Hadashan reservoir英语短句,例句大全

哈达山水库,Hadashan reservoir
1)Hadashan reservoir哈达山水库
1.The Hadashan reservoir is located at downstream of the second Songhua River area, within the Jilatu Country, Guoerluosi Autonomous County, 60km from the junction of the Second Songhua River and the Nen River, and 20km southeast to the Songyuan City.本文依托于水利部“948”项目“松花江流域水生态保护管理技术的引进及应用”,利用哈达山水库设计资料,研究了水质数值模拟的方法,对富营养化治理提出了对策。
2)Hadashan hydro-junction project哈达山水利枢纽工程
1.Construction diversion design of Hadashan hydro-junction project哈达山水利枢纽工程施工导流设计

英文短句/例句

1.Evaluation for the engineering geological conditions of concrete dam in Hadashan water project哈达山水利枢纽工程枢纽区砼坝段工程地质条件及评价
2.Rebuilding Ermenshan hydraulic pivot project to speed economic development in Sunwu County Area;复建二门山水利枢纽工程,加快县域经济发展
3.Study on hydraulic characteristics of Xiaoshan hydrojunction project in eastern Zhejiang浙东引水萧山枢纽工程水力特性研究
4.Study of navigation flow condition for Xiafu Hydraulic Complex下福水利枢纽工程通航水流条件研究
5.Organization of completion documents of Xiafu Hydraulic Complex浅谈下福水利枢纽工程竣工资料整理
6.The expansive properties of the weathered red sandstone in Hongshanyao Hydro Project are studied by experiments.对红山窑水利枢纽工程中的风化红砂岩进行膨胀特性试验研究。
7.The key water projects at the Three Gorges on the Yangtze River and at Xiaolangdi on the Yellow River长江三峡和黄河小浪底水利枢纽工程
8.Construction Supervision System During Yellow River Wanjiazhai Water Control Project;黄河万家寨水利枢纽工程的建设监理
9.Management of Electro-mechanical items for Xiafu Hydraulic Complex during construction period下福水利枢纽工程建设机电项目管理
10.A Crucial Project for Harnessing the Yellow River:Xiaolangdi Multi-purpose Dam Project治理黄河的关键工程——小浪底水利枢纽
11.Experimental Study on Flood Energy Dissipation and Erosion Control of Zuan'gen Water Control Project钻根水利枢纽工程消能防冲试验研究
12.The paper introduces the radar exploration technique used in Feilaixia water complex.本文介绍了探地雷达技术在飞来峡水利枢纽工程中的应用。
13.Construction Technique and Quality Control for the Asphalt Concrete Core in Shankou Hydraulic Project山口水利枢纽沥青砼心墙施工工艺与质量控制
14.Numerical simulation on optimization of intake of Xiaoshan Hydro-junction for East Zhejiang Water Transfer Project浙东引水工程萧山枢纽进水口优化数值模拟
15.Analysis on calculation of water price for agricultural water supply from Wuluwati Water Control Project;乌鲁瓦提水利枢纽工程农业供水水价测算分析
16.Design of standard for rank and grade classification of hydraulic engineering complex(part of mountain zone)(trial edition)水利水电枢纽工程等级划分及设计标准
17.Preliminary Study on the Influence of Water Taking in Xinjiang Controlled Hydro-junction Project新疆控制性水利枢纽工程的取水影响初探
18.All-stage Investment Control of the Xiaolangdi Multipurpose Dam Project;小浪底水利枢纽工程的全过程投资控制

相关短句/例句

Hadashan hydro-junction project哈达山水利枢纽工程
1.Construction diversion design of Hadashan hydro-junction project哈达山水利枢纽工程施工导流设计
3)Aha Reservoir阿哈水库
1.The Primary Study on the Distributions and Transformation of the Different Species Mercury in Aha Reservoir;阿哈水库中不同形态汞迁移转化规律的初步探讨
2.The Aha Reservoir is the drinking water source of Guiyang City.阿哈水库是贵阳市饮用水源,二十世纪九十年代之前阿哈水库流域的煤窑废水污染是其主要污染源;之后,矿山煤窑废水经集中治理,状况得到很大改善,生活水排放成为主要污染源。
3.After Aha reservoir was.贵阳阿哈水库始建于1958年，由贵阳市民参加义务劳动建设，缺乏施工机械，工期短，红粘土隔水斜墙的填筑质量较差，但已正常运行36年，并经历1991年、1996年特大洪水，通过首次质量检验认为阿哈水库红粘土斜墙是稳定的、隔水的，存在继续正常运行的基本条件。
4)Aha Lake阿哈水库
1.Sediment deposition and its nutrient volume in Baihua Lake and Aha Lake百花湖、阿哈水库底泥及营养盐蓄积量的估算
5)Hadashan irrigation area哈达山灌区
1.This article describes the structure and advantages of articulating concrete block, analysis of application and economic benefits achieved of articulating concrete block in water trunk canal of Ji Lin Hadashan irrigation area,the technology made the feasibility of application in the north.本文介绍了铰接式混凝土护坡的结构形式和其优点,并对铰接式混凝土护坡在吉林省哈达山灌区输水干渠的应用与取得的效益进行分析,提出该技术在北方应用的可行性。
6)Halaqin Reservoir哈拉沁水库
1.Static and Dynamic Analysis for the Earth-rockfill Dam in Halaqin Reservoir;哈拉沁水库土石坝静动力分析
2.This paper uses 4-21 node elements to divide the intake tower of flood-releasing tunnel for Halaqin Reservoir and analyzes its self-vibration characteristics under six working conditions.利用4-21节点块体单元对哈拉沁水库泄洪洞进水塔进行离散,分析6种工况下进水塔结构的自振特性,并通过反映谱法计算顺水向和垂直水向结构的抗震动力响应,包括结构的动位移和动应力。