1)DalaoBa大涝坝
1.Scuss to Improve on Condensate Oil Stability Equipment in DalaoBa;大涝坝凝析油稳定装置改进探讨
2.Analysis of Heat Conducting Oil Operating Routine and Defence Countermeasures in Dalaoba;大涝坝站导热油系统运行工况分析及防护对策
3.Gas Gathering and Transportation Techniques and Development Trend of Dalaoba Condensate Gas Field;大涝坝凝析气田集输工艺技术及发展方向
英文短句/例句
1.Analysis of corrosion causes for gathering lines of DLK4 gas well in Dalaoba gas field大涝坝气田DLK4井集输管线失效原因分析
2.Low Damage Workover Fluid Containing Oil-soluble Temporary Plugging Agent for Use in Yakela-Dalaoba Condensate Gas Field.雅克拉-大涝坝凝析气田油溶暂堵型低伤害修井液
3.THE SUGGESTION AND IMAGINE OF THE FOUNDING AN OBSERVATION STATION ABOUT DIKES STABILIY, LAKE BASIN EVOLUTION AND WATER-RELATED DISASTERS IN TONGTINGHU REGION;建立洞庭湖区“垸坝稳定、湖盆演化及洪涝灾害观测站”的建议和设想
4.“7.5” Heavy Rainfall in Dehong,Yunnan Province and Burma High云南德宏“7.5”特大洪涝与滇缅高压
5.Catastrophic floods struck in 1998 and 1999.１９９８、１９９９年连续遭受特大洪涝灾害。
6.To prevent these difficulties, a dam may be built across the river. This will store water for dry seasons, and in wet seasons it will prevent the flooding of the land.为了克服这些困难，可以建立水坝储水以备干旱季节使用。 雨季时还可以用来防涝。
7.In the upper Yangtze River valley soil erosion may shorten the life of the Dam,sticie the navigation and induce flood disaster.长江上游的土壤严重冲刷将会缩短水坝的寿命,不利于水运交通并容易引起洪涝灾害。
8.The Features of the Catastrophic Flood over the Changjiang River Basin during the Summer of 1998 and Cause Exploration1998年夏长江流域特大洪涝特征及其成因探讨
9.STUDY ON THE MODEL OF TRI-DEEPNESS AND BANDIG-TYPE TILLAGE AND CULTIVATION TECHNOLOGY IN WATERLOGGED AND FLAT LOWLAND低平易涝地大豆三深带状耕作栽培模式研究
10.Some Views on the Selection of Pumps for Large Urban Pump Plant in the Light of Practice;城市大型排涝泵站泵型选型的认识与实践
11.Numerical Modeling for Draining Waterlogging平原湖区排涝模拟研究——以大通湖垸为例
12.Occurrence of Agricultural Floods and Droughts and Forecasting of Serious Disasters in Hengyang City衡阳市农业旱涝灾害发生规律及大灾预测
13.(2) Violating the provisions of Article 42 of this law in the absence of authorization, increasing discharge of flood or drainage of excess water to downstream, or impeding discharge of flood or drainage of excess water from upstream.（二）违反本法第四十二条的规定，擅自向下游增大排泄洪涝流量或者阻碍上游洪涝下泄的。
14.Both Gezhouba Project and Three-gorges dam are built in Yichang.葛洲坝工程和三峡大坝都处在宜昌。
15.Surface Cracks Problem of Spillway Dam in Fengman Projects;丰满大坝溢流坝段表面裂缝问题研究
16.Cause Analysis of Cracking in Dam Body during the Construction of Bailianya Dam白莲崖大坝施工期坝体裂缝成因分析
17.Damage of guardrails on crest of Zipingpu CFRD in Wenchuan earthquake and its enlightenment紫坪铺大坝坝顶护栏震损情况及启示
18.Analysis for Danjiangkou dam foundation uplift pressure statistical model丹江口大坝坝基扬压力统计模型分析
相关短句/例句
Dalaoba gas field大涝坝气田
1.According to the production condition of upper gas reservoir of Shuweiyi formation in Dalaoba gas field,its edge water cutting characteristics was analyzed and its future production was forecasted.针对大涝坝气田上苏维依组上气层的生产情况,分析了其边水水侵特征,并对其进行了递减分析及产量预测,根据水侵特征提出了开发方案的调整措施,为今后整个气田的开发和生产提供了必要的经验。
3)Dalaoba Structure大涝坝构造
4)logging dam涝坝
1.The system is composed of the shaft,culverts(underground channels),nullah(surface channels),the mouth and the logging dam(reservoir),and culverts are one part of it.通过对坎儿井文化发展史的研究,发现古今中外学者基本统一的观点是,坎儿井是古代三大建筑工程之一,新疆吐鲁番坎儿井暗渠的总长度达5000余公里,可与长城、大运河相媲美,笔者亦曾支持这一观点,后经研究发现,该观点不能反映坎儿井工程量的全貌,因为坎儿井是由竖井、暗渠、龙口、涝坝、明渠等几个部分组成,而暗渠只是坎儿井的组成部分之一,故而萌生了重新考测坎儿井的工程量(经实测竖井+暗渠+龙口等的工程量达到或超过1万公里),重新展现了古老坎儿井工程量的真正全貌,给后人更好地弘扬、继承、发展坎儿井文化奠定了良好基础。
5)The Yakela-Dalaoba gas field雅克拉-大涝发坝气田
6)Severe flood大涝
1.Utilizing monthly average sea surface temperature (SST) data from 1951 to 1994, the correlative periods of SST and severe floods in Hubei Province were identified through lag correlation analysis.利用1951～1994年月平均海温资料,根据滞后相关寻找海温与湖北大涝相关的时段,在对各时段综合分析的基础上,找出与湖北大涝关系密切的关键区内海温格点值之和作为因子,按不同时段,利用统计方法建立湖北大涝的预报曲线,预报曲线的高值时段湖北易发生大涝。
延伸阅读
一涝1.犹言一并;全部。
