海床

hǎi chuáng
  • seabed
海床海床
海床[hǎi chuáng]
  1. 支持铁物质增殖作用理论的人认为这些尘埃促成了海洋藻类的茂密生长,后来这些藻类沉入海床,带走了大量的二氧化碳,这进一步降低了地球温度。

    Supporters of the iron-fertilization theory believe this dust produced blooms of oceanic algae that then sank to the seabed , taking large amounts of carbon with them , which helped to reduce temperatures still further .

  2. 研究人员收集了150年的海洋温度数据,以便更好地了解从海洋表面到海床的热量吸收情况。

    The researchers gathered 150 years of ocean temperature data in order to get abetter picture of heat absorption from surface to seabed .

  3. 《珍珠》ThePearl如父亲和祖父一样,基诺是一个贫穷的潜水员,每天从海床上采集珍珠。

    Like his father and grandfather before him , Kino is a poor diver , gathering subsistence .

  4. 新国际规则允许海床下储存CO2

    New international rules to allow storage of CO_2 under the seabed

  5. 钢悬链线立管与海床土体接触问题的ANSYS有限元分析

    Finite Element Analysis of Steel Catenary Riser / Soil Contact Problem by ANSYS

  6. 波浪作用下砂质海床瞬时孔压特性的FLAC模拟

    Numerical Analysis of Wave-induced Transient Pore Pressures within Sandy Seabed in FLAC Program

  7. 线弹性海床中的渗流采用达西流,土骨架的位移及孔隙水压满足Biot固结理论。

    The displacements of soil and the porous fluid pressure satisfy Biot consolidation theory .

  8. 采用Biot固结理论和有限单元法,分析了海床的动态应力场与孔隙水压力场。

    Biot ′ s consolidation theory and FEM ( finite element method ) are adopted .

  9. Delaunay三角网在河床冲淤计算中的应用平衡含沙量、平衡水深与海床冲淤计算

    Delaunay Triangulation Apply to Rivered Deposition Calculating Calculation for Equilibrium Silt Concentration , Equilibrium Depth and Seabed Evolution

  10. 潮流作用下淤泥质海床冲淤演变预测及应用Delaunay三角网在河床冲淤计算中的应用

    Seabed evolution prediction and application on muddy coast under action of tidal current Delaunay Triangulation Apply to Rivered Deposition Calculating

  11. 论张家界地貌RW型新式海床勘测器

    On Zhangjiajie Landform THE NEW RW SEABED SURVEYOR

  12. 基于五阶Stokes波浪理论,用已建立的有限元模型计算有限厚海床的动力响应;分析了成层海床的稳定性。

    Based on 5th Stokes wave theory , the seabed response of finite thickness due to nonlinear wave is analyzed , and the stability of stratification soil is studied .

  13. 基于这个假定,采用Biot团结理论计算海床土体的有效应力、孔隙水压力和变形。

    Based on this assumption , the Biot 's consolidation theory is employed for evaluating effective stresses , pore-water pressure and deformations of seabed soils .

  14. 有关方面周三表示,在早些时候的搜寻行动遇到技术性问题后,一艘无人潜航器正第三次扫描南印度洋海床,试图找到马来西亚航空(MalaysiaAirlines)370航班的残骸。

    An unmanned submersible is making a third attempt to find the wreckage of Malaysia Airlines Flight 370 on the seabed of the southern Indian Ocean after earlier sorties ran into technical difficulties , authorities said Wednesday .

  15. 海床土体分别采用非线性弹性模型、多孔弹性模型、Ramberg-Osgood塑性模型对管土系统进行计算。

    The constitutive models of soil , including nonlinear elastic , porous elastic and Ramberg-Osgood models are adopted .

  16. 由于SCR悬垂段的结构特点,在ANSYS中根据悬链线方程建立悬垂段模型;SCR拖地段平铺在海床面上,材料为线弹性体。

    Due to the structure characteristics and linear elastic material of the sag bend of SCR , the sag bend model is established based on the catenary equation in ANSYS ; Flow line is tiled on the seabed surface .

  17. 求解不可压缩流体N-S方程,分析了海流作用下管道周围的流场特性,研究了管道两侧的压力分布特性和海床表面剪应力的分布特点。

    The property of the flow around the pipe is analyzed by solving the N-S equations for incompressible fluid . The pressure distribution around the pipeline and shear stress along seabed are thereby analyzed .

  18. 一艘美国海岸警卫队破冰船上周从阿拉斯加海港启航,与一艘加拿大破冰船会合,对加拿大育空地区(Yukon)与阿拉斯加边境以北的波弗特(Beaufort)海床进行地震勘测。

    A United States coastguard icebreaker left port in Alaska last week to join a Canadian icebreaker to conduct a seismic survey of the Beaufort seabed north of the Yukon-Alaska border .

  19. 结构波浪海床耦合系统中大圆筒结构的波压力响应

    Wave pressure response of large cylindrical structures in seabed-wave-structure coupling system

  20. 沙质海床对波浪的响应及其稳定性研究的回顾

    Review of study on wave-induced response and stability in sandy seabed

  21. 地震作用下海水与海床土的耦合运动

    Coupled motion between sea water and sea BED-SOIL under earthquake action

  22. 论波浪与浮泥海床的相互作用

    Review and Prospects on the interaction between waves and mud bottom

  23. 海底管道与多孔弹性海床的相互作用研究

    Study on Interaction between Submarine Buried Pipeline and Porous Elastic Seabed

  24. 浮泥海床上孤立波的粘滞衰减

    Viscous Damping of Solitary Waves Over Fluid - mud Seabed

  25. 缓慢调制波在多孔海床上的演化

    Evolution of Slowly Modulated Wave Train on Porous Sea Bed

  26. 波浪作用下堤前沙质海床冲淤形态

    Scouring Patterns in Front of Breakwaters Under the Action of Different Waves

  27. 立波作用下海床的有效应力与液化分析

    Effective stress and liquefaction of seabed under the action of standing waves

  28. 但大部份海床也远深于此。

    And most of the ocean floor lies far deeper that that .

  29. 台州湾海域水文泥沙环境及海床冲淤演变分析

    Analysis on hydrographical environment and seabed morphological processes characteristics in Taizhou Bay

  30. 本文介绍863-818支持研究的最新成果海床基海洋环境自动监测系统的功能、特点及关键技术。

    The seabed-base marine environment automatic monitoring system is a state-of-art result .