地下引水发电系统,underground power station system
1)underground power station system地下引水发电系统
2)Underground water leading dynamoelectric system地下引水发电系统工程
3)water diversion and power generation system引水发电系统
1.The undergroundwater diversion and power generation system of Longtan Hydropower Station is huge in size, complex in structure and body type and high in quality requirements.龙滩水电站地下引水发电系统混凝土工程具有规模大、结构体形复杂、质量要求高等特点,在混凝土施工过程中,采用了斜竖井全断面滑模技术、免装修混凝土施工技术、蜗壳混凝土浇筑技术、隧洞底拱翻模技术、特大型断面边顶拱混凝土衬砌施工技术等,这些技术的应用较好地完成了混凝土施工。
2.Thewater diversion and power generation system of the Xiaowan Hydropower Station are arranged on the right bank where three faults F5, F10 and F11 of grade-III traverse and exert influences on the stability of surrounding rocks of their respective three groups of underground chambers.小湾水电站的引水发电系统位于工程枢纽区的右岸,均为地下布置,有3条三级断层F5、F10、F11通过,对三大洞室群围岩稳定有影响。
英文短句/例句
1.Construction ventilation for power tunnel system of Nozhadu Hydropower Station糯扎渡水电站引水发电系统施工通风
2.Summary on the Excavation of Tailrace Surge Chamber in Generating System of Xiaowan Hydropower Station小湾水电站引水发电系统尾水调压室开挖综述
3.Hydraulic Transients Research on Diversion and Power System of Transbasin Diversion Power Station;跨流域引水水电站引水发电系统水力过渡过程计算研究
4.Hydraulic Transients Research on Free-flow Tunnel of Conduit System of Hydropower Station;水电站引水发电系统无压隧洞水力过渡过程研究
5.Hydraulic Transients of Water Power Station with Upstream and Downstream Surge Chambers;水电站上下游双调压室引水发电系统水力过渡过程计算研究
6.Study on Stability of Intake High Slope on Pilot Generating System of Jinchuan Hydro-power Station in Dadu River大渡河金川水电站左岸引水发电系统进水口高边坡稳定性研究
7.Numerical Simulation on Layout for Overflow Weir in Free-Flow Tunnel of Conduit System;引水发电系统无压隧洞中弃水堰位置的数值模拟研究
8.Studying of Shaft Torsion of Three Gorges Hydro-generator Unit Caused by a.c.&d.c. Hybrid Transmission System;交、直流混合输电系统引起三峡水轮发电机组轴系扭振的研究
9.Hydraulic Transients Research of Diversion System in Cascade Hydropower Stations Connected by Open Channel;梯级电站引水系统水力过渡过程研究
10.Study on Hydraulic Transient of Pressure Water Diversion System of Hydropower Station;水电站有压引水系统水力过渡过程计算研究
11.Study on Optimal Regulation of Hydropower Station Reservoir System with Transbasin Water Diversion;跨流域引水水电站水库系统优化调度研究
12.Characteristics of Induced Overvoltage Generated by Triggered Lightning in the Low Voltage Power Supply System人工触发闪电引发的低压电源系统过电压特征
13.Research on Gate Auto-monitor System of the Divertion Type Small Hydropower Station;引水式小型水电站闸门自动监控系统的研究
14.Analyse of Set Steady Run About Divert System of Tuanjie Hydropower Station;团结水电站引水系统机组稳定运行分析
15.Experimental Research on Unsteady Flow in the Pressure Diversion System of Hydropower Station;水电站压力引水系统非恒定流试验研究
16.Application of Particle Swarm Algorithm in the Diversion System Optimization of Hydropower Station粒子群算法在水电站引水系统优化方面的应用
17.The Researches and Development on Electric Weft Yarn Insertion System for Repair"s Loom;剑杆织机电动引纬系统的研究与开发
18.Development of Measurement and Control System of Undercutter for Pulling-motor Commutator;牵引电机整流子下刻机测控系统开发
相关短句/例句
Underground water leading dynamoelectric system地下引水发电系统工程
3)water diversion and power generation system引水发电系统
1.The undergroundwater diversion and power generation system of Longtan Hydropower Station is huge in size, complex in structure and body type and high in quality requirements.龙滩水电站地下引水发电系统混凝土工程具有规模大、结构体形复杂、质量要求高等特点,在混凝土施工过程中,采用了斜竖井全断面滑模技术、免装修混凝土施工技术、蜗壳混凝土浇筑技术、隧洞底拱翻模技术、特大型断面边顶拱混凝土衬砌施工技术等,这些技术的应用较好地完成了混凝土施工。
2.Thewater diversion and power generation system of the Xiaowan Hydropower Station are arranged on the right bank where three faults F5, F10 and F11 of grade-III traverse and exert influences on the stability of surrounding rocks of their respective three groups of underground chambers.小湾水电站的引水发电系统位于工程枢纽区的右岸,均为地下布置,有3条三级断层F5、F10、F11通过,对三大洞室群围岩稳定有影响。
4)diversion system of hydropower station引水发电系统
1.According to the general principles of software engineering, the paper introduces a graphic method to input large numbers of data indiversion system of hydropower station.按照软件工程的一般原则,结合水电站引水发电系统参数设计,详细介绍了一种通过图形输入大量参数的方法,以及在VisualBasic6。
5)diversion-power system发电引水系统
6)diversion power system右岸引水发电系统
延伸阅读
引水系统引水系统water conveyance system式水电站。水由开敞式进水口经明集或无压隧洞引至压力前池.由压力前池分水经压力管道引向水轮机，这种型式的厂房多为地面厂房，厂房下游设有尾水渠，其布t如南径河水电站(见水电枢纽).这种引水系统各组成都分的作用如下。(1)开敞式进水口，作取水用，设有拦污橱和闸门.当泥沙人集较多时通常在进水口后设沉沙池及排沙设施。(2)无压引水道可为明集或无压隧洞，利用地形引水至压力前他形成落差。明梁常设里于地形平级，沟壑较少，山坡祖定的地段。当引水线路遇到高山、陡坡、汾坡等地段，常采用无压隧洞。(3)压力前池.位于无压引水道末端起分配水t至压力管道的作用。它要有一定的容积，当负荷变化时可补充和蓄纳水t.根据孺要设泄水道、排水道和排沙道等。(4)压力管道。根据地形地质条件可为明管或隧洞起抽水作用.其进口应设拦污姗和事故闸门.布t形式有l条压力管道为1台水轮机供水或由一主管经支管向多台水轮机供水，在支管上要设阀门，以利机组检修和运行。有压引水道式引水系统由有压进水口、有压引水道和压力管道组成.当管道较长时要设调压室。它主要适用于有压引水式和混合式水电站，这类引水系统的纵剖面示意图如图。各组成部分的作用如下。(1)有压进水口作取水用，设有拦污.、检修闸门、事故闸门.(2)有压引水道有引水隧洞和引水明管、埋管等类型，它有形成落差和引水的作用，多分段直线布t，纵向坡度较级。(3)调压室设于引水道末端，有减小水击压力作用。其断面要满足波动稳定要求，其容积要满足负荷变化时储水和补水的要求。有时在调压室内要设事故闸门。水位有压引水道式引水系统纵例面示意图1一进水口;2一上游调压室;3一引水道; 4一压力管道.5一水电站厂房;6一尾水 调压室;7一尾水健润，8一通气竖井调压室下游为压力管道，其作用与布!和无压引水道式相同.如为地下厂房，当尾水隧洞很长、尾水位很高时，还设有压尾水眺润和尾水调压室。y一nshu一x一tong引水系统(water eonveyanee system)从水库或河流引水至水轮机的取水、输水等水工建筑物的总称。依水电站型式和地形、地质条件.引水系统包括水电站进水口、引水道、压力前池、调压室及压力管道等建筑物。引水道是连接水电站进水口和调压室(或压力前池)之间的水道，主要用于集中发电水头.保证向电站连续供水。引水道的类型有引水隧洞、引水明管、引水明梁等。习惯上从尾水管至下游河道的尾水梁(隧洞)和尾水调压室亦可包括在引水系统之内。引水系统可分为坝式引水系统、无压引水道式引水系统和有压引水道式引水系统3种。引水系统要求水流平顺，运行稳定。
