杭州湾

  • 网络hangzhou bay;hangzhou gulf
杭州湾杭州湾
  1. 环杭州湾V型组合城市建设初探

    The study on the V shape urban combination around Hangzhou Bay

  2. GPS技术在杭州湾跨海大桥首级控制网测量中的应用

    The primary level GPS control surveying and crucial technology of the Hangzhou Bay Major Bridge

  3. 杭州湾特大型桥梁首级GPS控制网三期数据处理综合分析

    Comprehensive Analysis on Data Processing Surveyed in Different Three Times for Hangzhou Gulf Bridge GPS network

  4. 基于BP神经网络的GPS高程拟合及其在杭州湾跨海大桥中的应用

    The GPS Height Fitting Based on BP Neural Network and Its Application in Hangzhou Gulf Bridge

  5. 杭州湾大桥地震勘测GPSRTK定位

    GPS RTK Positioning in the Earthquake Reconnaissance of Hangzhou Bay Bridge

  6. 杭州湾南岸潮滩的~(210)Pb分布及其沉积学意义

    ~ ( 210 ) Pb as a Tracer for the Tidal Flat Sedimentation in the Southern Hangzhou Bay

  7. GPSRTK技术在杭州湾大桥桥位地形测绘中的实践

    The Application Practice of GPS RTK Technology in the Topographic Mapping of Hangzhou Bay Bridge Location

  8. MSS自行式移动模架在杭州湾跨海大桥中的应用

    Applications of Self-launching Movable Scaffolding System in Hangzhou Bay Bridge

  9. 本文介绍了杭州湾跨海大桥控制测量技术,讨论了在近海区利用全站仪对常规打桩船打桩的测量技术和在离海岸较远时利用GPS打桩系统打桩的方法。

    In the paper , the surveying technique of the bridge is introduced , the application of total station instrument in piling of Hangzhou Bay Major Bridge is discussed .

  10. 杭州湾跨海大桥50m双幅混凝土箱梁运架方案探讨

    A Scheme on the Erection of 50m Concrete Box Girder in Hangzhou Bay Bridge

  11. 杭州湾大桥50m整体预制箱梁施工难点与对策

    Construction Challenges and Countermeasures for 50-m Span Integrally Precast Box Girders of Hangzhou Bay Bridge

  12. 带转向机构HCA在杭州湾跨海大桥斜拉索减振中的应用

    Steering with HCA in the Hangzhou Bay Bridge stay cable vibration application

  13. 长江口杭州湾有机污染历史初步研究BHC与DDT的地层学记录

    Preliminary study on the marine organic pollution history in Changjiang Estuary-Hangzhou Bay-BHC and DDT stratigraphical records

  14. 杭州湾跨海大桥滩涂区50m箱梁施工关键技术

    Key Techniques for Construction of 50-m Span Box Girders of Hangzhou Bay Sea-Crossing Bridge in Tidal-Flat Area

  15. 杭州湾跨海大桥70m箱梁结构寿命随机分析

    Stochastic Analysis of Durability of 70m Box Girder Structure of Hangzhou Bay Bridge

  16. 引入地理信息系统技术,结合水文资料整编分析的特点,提出了基于GIS的水文资料整编系统的设计模式,并应用于杭州湾水文资料整编。经实践表明模式是行之有效的,具有较大的实用价值。

    A model of data compilation system is presented in this paper based on GIS , and is used in Hangzhou bay hydrological data compilation , which is proved to be effective and valuable .

  17. 杭州湾跨海大桥70m跨连续梁的设计与施工

    Design and Construction of 70 m Span Continuous Beam for Hang-Zhou Bay Sea-Crossing Bridge

  18. GPS-RTK技术在杭州湾跨海大桥地震勘测中的应用

    Application of GPS-RTK technology to earthquake reconnaissance and survey on the gulf of Hangzhou big bridge

  19. 杭州湾跨海大桥70m箱梁架设施工技术的探讨

    Exploration on Erection Construction Technique of 70 m Box Girder at Hangzhou Bay Over Sea Bridge

  20. 杭州湾跨海大桥70m箱梁预制、运输及架设的关键技术

    Key Technology of Precast , Transport and Erecting for 70m Box Girder in Hangzhou Bay Sea-Crossing Bridge

  21. 杭州湾跨海大桥70m箱梁梁体庞大,采用全液压自动伸缩整体拼装模板进行施工。

    The whole hydraulic formwork is applied in 70 m prefabricated concrete box beam of Hangzhou Bay Bridge .

  22. 杭州湾跨海大桥70m预应力混凝土箱梁用海工耐久混凝土的试验研究

    Test Study on Marine Structure Durable Concrete for 70m Span Prestressed Concrete Box Girders of Hangzhou Bay Sea-Crossing Bridge

  23. 通过对杭州湾海底浅层粉土动强度的研究,发现动强度指标内摩擦角Cd为静强度的39.7%左右,同时动强度与固结比Kc、振动频率f关系密切。

    Through research on dynamic strength characteristics of silt in shallow layers of Hangzhou bay , we find that the inter frictional angle of dynamic strength is about 39.7 % on static strength 's.

  24. 与高精度方法相比,采用Airy波浪运动理论在杭州湾地区计算所得的加速度误差在5%以内;

    The difference between the acceleration calculated by the Airy Theory and the highly accuracy method is with in 5 % for Hangzhou Bay .

  25. ECOMSED模式在杭州湾海域流场模拟中的应用

    Application of ECOMSED model to the simulation of Hangzhou Bay tide current

  26. ECOM模式的改进及在长江河口、杭州湾及邻近海区的应用

    Improvement of the eCom with application to the Changjiang River Estuary , Hangzhou Bay and adjacent waters

  27. 锌加(ZINGA)防腐钢筋在杭州湾跨海大桥施工中的应用

    Application of ZINGA on Reinforcing Steel Bars In Construction of Hangzhou Bay Sea-Crossing Bridge

  28. 采用河口海岸三维模型(POM模型)计算了杭州湾、长江口的潮致流场。

    The oil pollution of wastewater containing oil in tidal areas of the Changjiang Estuary and Hangzhou Bay is calculated by using the Princeton Ocean Model ( POM ), which is a three-dimensional model .

  29. 杭州湾海水枯水期和丰水期水样的(Ca2+)/Cl比平均值分别超出大洋水平均值28.8%和20.6%;

    The seawater average ionic ratio value of ( Ca 2 + ) / Cl exceeds that of the average value of ocean seawater 28.8 % and 20.6 % , respectively in the dry season and the flood season .

  30. 对杭州湾大桥非通航孔滩涂区的50m箱梁上运梁过程进行空间仿真分析。

    The 50 m box girders in the tidal flat section of unnavigable channel bridge in Hangzhou Bay Bridge adopt the approach of trolley on the under bridge to transport and erect the girder .