1)Xiluodu Hydropower Station溪洛渡水电站
1.Application of neural network model with partial least-squares regression to construction of Xiluodu Hydropower Station;偏最小二乘—神经网络模型在溪洛渡水电站的应用
2.Prestressed anchor-bar construction in spillway tunnel of Xiluodu hydropower station on right bank;溪洛渡水电站右岸泄洪洞预应力锚杆施工
3.Technology improvement of artificial aggregate processing systemof Xiluodu hydropower station;溪洛渡水电站人工骨料加工系统工艺改进
英文短句/例句
1.Construction Technique for Large Diameter Discharging Tunnel in the Luoxidu Hydropower Plant溪洛渡水电站大孔径排水孔施工技术
2.Hydrology Monitoring Technology in the River Closure of Xiluodo Hydropower Station溪洛渡水电站截流中的水文监测技术
3.Discussion of Overall Planning and Design of Afforestation of Xiluodu Hydropower Station溪洛渡水电站绿化总体规划设计探讨
4.Prediction of Watery Environmental Effect of and Measure Design for Construction Wastewater of the Xiluodu Hydropower Station in the Jinsha River;溪洛渡水电站施工废水影响预测及保护措施
5.Construction diversion tunnel(in combination with tailrace tunnel) design of Xiluodu Hydropower Station溪洛渡水电站导流隧洞(与尾水洞结合段)设计
6.Research of Safety Control Standard for Rock Excavation Blasting in XiLuoDu Waterpower Station;溪洛渡水电站边坡开挖爆破安全控制标准研究
7.The Research of Key Construction Technique on Underground House of a Hydroelectric Plant;溪洛渡水电站地下厂房施工关键技术研究
8.Model Experiment and Network Study on the Ventilation of Xiluodu Hydropower Plant;溪洛渡水电站通风模型试验与网络分析
9.DAM SHOULDERS ANTI-SLIDING STABILITY ANALYSIS FOR XILUODU HYDROPOWER STATION ON JINSHA RIVER;溪洛渡水电站坝肩抗力体抗滑稳定性分析
10.STUDY ON THE STABILITY OF SPANDREL GROOVE HIGH SLOPE OF XILUODU HYDROELECTRIC POWER STATION;溪洛渡水电站供肩槽高边坡稳定性研究
11.Cracks Treatment Technology of Lining Concrete of Diversion Tunnel in Xiluodu Hydropower Station溪洛渡水电站导流洞衬砌混凝土裂缝处理技术
12.Experimental Research on Pulsation Pressure of Spillway Tunnels in the Xiluodu Hydropower Station溪洛渡水电站泄洪洞脉动特性试验研究
13.Survey Control in Construction of Long Inclined Shaft溪洛渡水电站左岸泄洪洞开挖施工技术
14.Lighting Design for Xiluo Ferry Hydropower Station Cavity Construction溪洛渡水电站右岸泄洪洞施工照明设计
15.On Design and Practice of Mountainous Highway Bridge Project of the Xiluodu Dam溪洛渡水电站山区公路桥梁工程的设计与实践
16.Xiluodu Hydropower Station Cofferdam Placstic Concrete Cutoff Wall Construction溪洛渡水电站围堰塑性混凝土防渗墙施工
17.Smooth blasting technology for flood discharge tunnel of Xiluodu Hydropower Station on right bank溪洛渡水电站右岸泄洪洞光面爆破技术
18.Rock Deformation and Stability Assessment of the Intake on the Left Bank for Xiluodu Hydroelectric;溪洛渡水电站左岸进水口工程岩体变形及稳定性评价
相关短句/例句
Xiluodu Hydroelectric Power Station溪洛渡水电站
1.Selection of 500kV Lead-out Wire for Xiluodu Hydroelectric Power Station;溪洛渡水电站500kV引出线选择
2.Selection of artificial aggregate of dam concrete for Xiluodu Hydroelectric Power Station;溪洛渡水电站混凝土人工骨料的选择
3)Xiluodu hydroelectric plant溪洛渡水电站
1.,as well as the surrounding rock stability analysis of underground cavern,support design and anti seepage drainage design are carried out in combination with topographic and geologic conditions and structure layout for head underground machine hall alternative of Xiluodu Hydroelectric Plant.对溪洛渡水电站首部地下厂房方案，结合地形、地质条件及枢纽布置，开展了进水口、主厂房、主变室、尾水调压室等的型式研究，以及地下洞室的围岩稳定分析、支护设计和防渗排水设计。
4)Xiluodu Hydropower Project溪洛渡水电站
1.Mechanical property of the soil slope and its stability on the left side of the dam site of Xiluodu Hydropower Project on the Jinsha River;金沙江溪洛渡水电站谷肩堆积体力学性质及稳定性
2.Design of double-curvature flip bucket for spillway in Xiluodu Hydropower Project;溪洛渡水电站泄洪洞双曲挑坎体形设计
3.According to the measured geostress data from Xiluodu Hydropower Project, through 3D FEM combined with the linear multivariate regression analysis principle,the neural network as well as the genetic algorithms,the geostress field back analysis are conducted.根据溪洛渡水电站工程坝区地应力的实测资料,采用有限单元法,结合多元线性回归方法、神经网络方法和遗传算法,分别反演求得整个坝区的初始地应力场。
5)Xiluodu hydroelectric station溪洛渡水电站
1.The fault zones consist of main discontinuities with low dip angle in the dam foundation rockmasses of Xiluodu hydroelectric station.层内错动带是溪洛渡水电站坝基岩体中广泛发育的缓倾角结构面,查明其渗透变形性质是坝基防渗帷幕设计的基础。
6)Xiluodu Waterpower Station溪洛渡电站
延伸阅读
点绛唇·呈洛滨、筠溪二老
点绛唇·呈洛滨、筠溪二老
清夜沉沉，暗蛩啼处檐花落。乍惊帘幕，香绕屏山角。堪恨归鸿，情似秋云保。书难托，尽交寂寞，忘了前时约。==作者==：张元干 ==朝代==：南宋 ==体裁==：词－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－【格律】：○平声 ●仄声 ⊙可平可仄 △平韵 ▲仄韵清夜沉沉，暗蛩啼处檐花落。○●○○，●○○●○○▲乍惊帘幕，香绕屏山角。●○○●，○●⊙○▲堪恨归鸿，情似秋云保。○●○○，○●○○●书难托，尽交寂寞，忘了前时约。○⊙●，●○●●，⊙⊙○○▲－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－==注释==：1. 洛滨：即富直揉，字委申，北宋宰相富弼之孙。2. 筠溪：即李弥孙，字似之，自号筠溪翁。－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－==前言==：本词所作具体年代不详。据张元干《精严寺化钟疏》文：“岁在戊辰（即1138年），僧结制日，洛宾、最乐、普现（即筠溪）三居士，拉芦川老隐过其所而宿焉”，此词大约是作于这个时期。－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－==简析==：起二句刻画出一幅幽静的秋夜景色，而“啼”字和“落”字，又显示出静中有动，动中见静的意趣激发了同篇的活力。一个美好的深秋之夜，雨檐滴水，蟋蟀鸣叫，仿人读来历历在目，如闻其声。“乍凉”二句承上，从户外幽静之境转而到室内境况。秋雨连绵，靠近帘幕就感到寒气逼人，屋内香炉里散发着轻盈的烟缕，袅袅直上，萦绕在屏风的上端。词人由远及近，刻画生动，具体入微，把听觉、感觉、视觉组合在一起，增强了词人的立体感，这样也就着力渲染秋夜清冷的气氛和孤独寂静的境界。下片抒情，作者倾吐了蕴藏在心灵深处的难以直言的思绪。“堪恨”二句，以“归鸿”作比喻，说明心事难寄。古代有鸿雁传书的说法，但这里是写征鸿的情意如那秋云一样淡溥，不肯传书，所以显得可恨。这与李清照《念奴娇》：“征鸿过尽，万千心事难寄”的意境相接近，而一“恨”字，感情色彩更为强烈。“秋云薄”是用杜甫《秋霁》：“天际秋云薄，从西万里风”的诗句。因此，词人在这里埋怨征鸿情薄，蕴含着复杂的人情世态的深层用意。“书难托”三句，从上句“堪恨”而来，正因于“征鸿”不传书信，而金兵占领中原，所以难以寄言，因此又谁能理解，作者的万千心事呢？－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－==简评==：这首词的上片着重写景，寓情于景；下片着重抒情，曲折地表达出仕途的险恶与中原未复怅惘情绪。这首小令寥寥四十一字，但写得概括，凝练、疏隽给人以美的享受，不觉使人动情，全词缘情设景，笔力委婉曲折，抒发了作者对中原不能收回的愁恨之情，更显得意境深沉。－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－－==话外音==：上片这种宁静的境界与梁代王籍《入若耶溪》诗“蝉噪林逾静，鸟鸣山更幽”有同工异曲之妙。词中这二句是化用杜甫《醉时歌》：“清夜沉沉动春酌，灯前细雨檐花落”的诗句。清王嗣奭《杜肊》解“檐花落”云：“檐水落，而灯光映之如银花。”非常接近于事实。
