Wanjiakouzi Hydropower Station is a significant source of renewable energy in the region, providing clean and sustainable electricity. This station, located in a picturesque natural setting, harnesses the power of flowing water to generate electricity, benefiting the local community and beyond. It exemplifies technological innovation and environmental stewardship, showcasing the potential of hydropower as a key component of the world"s energy mix. Wanjiakouzi Hydropower Station stands as a testament to the importance of embracing green energy solutions to meet the growing global demand for electricity. Its impact is felt in the region"s economic development and the reduction of carbon emissions. This comprehensive collection of English sentences and examples serves to highlight the significance and impact of Wanjiakouzi Hydropower Station on the energy sector, emphasizing its role in promoting sustainable development and clean energy initiatives.
万家口子水电站,Wanjiakouzi Hydropower Station
1)Wanjiakouzi Hydropower Station万家口子水电站
1.Test Analysis on Blasting Vibration in Dam Foundation Excavation ofWanjiakouzi Hydropower Station万家口子水电站坝基开挖爆破振动试验分析
英文短句/例句
1.Test Analysis on Blasting Vibration in Dam Foundation Excavation of Wanjiakouzi Hydropower Station万家口子水电站坝基开挖爆破振动试验分析
2.The Stability Research of Jiuzi Collapse Accumulation Wanjiakouzi Hydropower Station in Yunnan Province云南万家口子水电站九子崩滑堆积体稳定性研究
3.The analysis and treatment of the landslides on left bank of entrance of Wanjiakou Hydropower station万家口水电站左岸进场路滑坡的分析及处理
4.Cavitation Behaviour Forecast of Hydraulic Turbine Runner of the Wanjiazhai Water Power Station;万家寨水电站水轮机转轮空化性能的预测研究
5.Discussion on the construction quality management of the powerhouse of Wanjiazhai hydropower station浅议万家寨水利枢纽电站厂房施工质量管理
6.Study on the Method of Real-time Flood Forecast for Sujiahekou Hydropower Project苏家河口水电站洪水实时预报方法研究
7.Study on stability of the tunnel-face slope at Houziyan Hydropower Station猴子岩水电站进水口洞脸边坡稳定性分析
8.Development and Application of Interfacing Program for Information System on Lijiaxia Hydropower Station李家峡水电站信息系统接口程序的开发与应用
9.Study on the Hydraulic Characteristics of Multi-Level Intake Structure of Hydropower Station;水电站进水口分层取水水力特性研究
10.Analysis on Construction Difficulties of High Slope Excavation at Intake of Underground Powerhouse at Xiangjiaba Hydropower Station向家坝电站地下厂房进水口高边坡开挖施工难点剖析
11.Research on the Static & Dynamic Analysis of Stress-deformation and Anti-sliding Stability of the Upper Lock Head of Tingzikou Hydropower Station亭子口水电站上闸首应力变形与抗滑稳定静动力分析研究
12.Recheck stability of left bank slope at water intake of Baise HPP百色水电站进水口左侧边坡稳定复核
13.Numerical simulation on the side inlet/outlet of pumped storage power station抽水蓄能电站侧式进/出水口数值模拟
14.THYRIPOL excitation system for Shuikou Power generator水口电站THYRIPOL型发电机可控硅励磁系统
15.Wanjiakouzi RCC Arch Dam Degree of Security Research;万家口子碾压混凝土拱坝安全度研究
16.Under-Crossbeam Breaking Treatment of No.3 Trashrack on Water Inlet in Jiangk ou Hydropower Station江口水电站进水口3号拦污栅下横梁断裂处理
17.The Stability Analysis of the In-Outflow Slope of Shuangjiangkou Hydroelectric Power Station;双江口水电站进出水口边坡稳定性分析
18.Analysis of Million-Kilowatts-Class Hydropower in Huanghe Hydropower Development Co.,Ltd.Involved in Electricity Market黄河水电公司百万千瓦级水电站参与电力市场的分析
相关短句/例句
Wanjiazhai hydropower station万家寨水电站
1.Discussion on vibration area and operation condition of hydro-generating units in Wanjiazhai Hydropower Station;万家寨水电站机组振动区与运行工况浅谈
2.Effect of sediment-laden flow on cavitation pressure inside of hydraulic machineries in Wanjiazhai Hydropower Station;万家寨水电站水中含沙对空化压力的影响
3.Base on the crack facts from the turbines of Wanjiazhai Hydropower Station and relative research data and the test reports from scientific research institutes,this paper analyses the causes of crack production of turbine s runner,which can be used for reference.水轮机转轮叶片是容易产生裂纹的部位,由于设计、制造、运行中受力的不同,所产生的裂纹的表现形式和形成裂纹的原因也是不同的,根据万家寨水电站水轮机所发生的裂纹事实和相关的数据以及有关科研院所的试验报告,分析了水轮机转轮裂纹产生的原因,可供同行参考。
3)WanJiankouzi万家口子
4)Sujiahekou hydropower station苏家河口水电站
1.Water tight treatment for cofferdam foundation in fine sand layer ofSujiahekou hydropower station;苏家河口水电站细砂层围堰堰基防渗处理
5)Wan"an Hydropower Station万安水电站
1.Vibration Analysis of No.3 Generating Unit of Wan′an Hydropower Station;万安水电站3号机组振动分析
6)Tingzikou power station亭子口水电站
延伸阅读
万家中心小学万家中心小学前身为私立万家求益初级小学，创办于清光绪三十年(公元1904年)，至今已有百年历史。学校现有学生1329人，设26个班。占地面积6059平方米，建筑面积4443平方米。学校主体建筑共有五幢，硬件设施基本上能满足日常教学的需要。学校现有专任教师56人，学历合格率为98.2%。是一支结构合理、素质优良、具有敬业精神的师资队伍。近几年来，学校积极开展教育教学科研活动，多次聘请名师来校上课、评课、做讲座，取得良好成效。学校坚持以教学为中心，狠抓教学管理。深化教学改革，严格执行课时计划，全面推进教育。学生参加温州市、乐清市举办的各类竞赛取得优良成绩，如：两位学生分别获温州市摇篮杯数学竞赛二、三等奖，两位学生分别获乐清市爱国主义读书活动一、三等奖。学校坚持德育的首要地位，建立健全德育工作队伍和学校、家庭、社会三结合网络。学校选派学生参加乐清市讲故事、书画、征文比赛等均获得优异成绩。近几年来，在上级的关怀下，学校领导集体团结务实，探索创新，全体教职工爱岗敬业，无私奉献，学校取得了显著成绩。先后被评为乐清市文明单位、乐清市校园“三化”先进单位、乐清市教科研先进单位、乐清市乒乓球业余训练点、乐清市“林立杯”我的暑假生活征文活动优秀组织奖、温州市红领巾示范学校、乐清市第三届爱国主义读书教育活动组织优秀奖等。
