渗透压力

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  • osmotic pressure
渗透压力渗透压力
  1. 当渗透压力大到足以使薄膜在薄弱处破裂,缺钙的硅酸盐离子就被挤入液相,并和钙离子结合,生成各种不定形的CSH。

    When the osmotic pressure increases large enough to burst the membrane in the weak point , the silicate ions lack of calcium ions are squashed into the solution and combined with calcium ions , polymorphic CSH starts to precipitate .

  2. 动态渗透压力法研究水处理滤料的润湿性

    The wettability of water treatment filter media measured by dynamic osmotic pressure

  3. 低渗透压力条件下砂岩渗透性质的CT试验

    Permeability experiment of sandstone under low seepage pressures by X-ray CT test

  4. Washburn动态渗透压力法测量粉体接触角

    Measurement of Contact Angles of Solid Powder by Washburn Osmotic Pressure Method

  5. 通过螺旋CT机以及与其配套的实时三轴加载和渗透压力设备对砂岩进行各种应力状态下的应变特性试验,反映出不同应力状态下的砂岩的应变特性有很大不同。

    Through the study which is based on devices including the multislice spiral CT ( MSCT ) and real-time loading machine and seepage machine , the strain properties of sandstone under uniaxial-triaxial compressive and seepage pressure conditions are found to be different from each other .

  6. 同时通过突变分析、定量逆转录聚合酶链反应(qRT-PCR)研究了EnvZ/OmpR二元系统在应对渗透压力中的作用。

    Roles of the EnvZ / OmpR two-component system in response to various stresses were investigated with mutational analysis , quantitative reverse transcriptase PCR ( qRT-PCR ) .

  7. 基于Betti能量互易定理推导了含水裂隙岩体初始损伤柔度张量和损伤演化方程,建立了考虑渗透压力的裂隙岩体脆弹性断裂损伤本构模型。

    Based on Betti energy reciprocal theorem , initial flexibility tensor and damage evolution of rock mass subjected to seepage pressure are presented . And an elastic fracture-damage constitutive equation taking account of seepage pressure is also established .

  8. 本文运用LASA软件,分析了采用传递系数法计算滑坡稳定系数时,传递系数计算式、条块划分、渗透压力计算对稳定系数的影响。

    Based on the LASA ( Landslide stability analysis system ) software , the influencing factor about safety factors , including the expressive formula of transmitting coefficients 、 item compartmentalization 、 seepage pressure , is analyzed when the transmitting coefficients method is adopted .

  9. 试论重力坝的渗透压力应力分析

    Analyses of stresses in a gravity dam due to seepage pressures

  10. 渗透压力对裂隙岩体损伤破坏的研究

    Influence of seepage pressure on damage of fractured rock mass

  11. 用来指溶液;具有相同或者相等的渗透压力。

    Used of solutions ; having the same or equal osmotic pressure .

  12. 闸坝地基面渗透压力研究

    Study on Seepage Pressure of Dam Foundation Plane

  13. 温度变化对渗透压力影响的程度,随渗流场的渗流条件不同而不同,在一定的条件下,这一影响十分明显,有时甚至起着决定性的作用。

    The degree of influence of temperature on seepage pressure varies with seepage conditions .

  14. 采用边界元法确定坝基面渗透压力

    The boundary element method for calculating the seepage pressures on the dam foundation surface

  15. 议渗透压力与渗透浓度

    Discussion of osmotic pressure and osmotic concentration

  16. 论温度变化对渗透压力的影响

    Influence of temperature variation on seepage pressure

  17. 温度周期变化和渗透压力作用下大理岩蠕变试验与理论模型研究

    Study on Creep Experiments and Theoretical Model of Marble under Cyclic Temperature and Permeable Pressure

  18. 混凝土重力坝的渗透压力

    Filtration pressure of the concrete gravity dams

  19. 本文论述了关于重力坝在渗透压力作用下的坝体应力问题。

    This paper discusses the problem of stresses in a gravity dam due to seepage pressures .

  20. 重庆排污工程隧洞岩体渗透压力监测与预测

    Monitoring and Prediction of Permeability Pressure of Rock of Sewage Tunnel across Yangtze River in Chongqing

  21. 引黄工程地下泵站安全监测及出水竖井的实际渗透压力

    Safety Monitoring of Underground Pumping Station and Real Osmotic Pressure of Out-water Wells of the Yellow River Diversion Project

  22. 对试验设置的关键点渗透压力和隧道涌水量数据进行了系统分析,并将试验结果与解析解进行了对比分析。

    The data of osmotic pressure and tunnel water inflow in the key points of the test were systematically analyzed .

  23. 渗透压力法研究滤料的润湿性及其对含油废水过滤效果的影响

    Study on Wettability of Filter Media by Using Osmotic Pressure Method & Its Influence on Filtration Results of Oily Water

  24. 定量地研究了排水孔孔径、孔深等因素对降低坝基渗透压力和排除坝基渗透水流的作用。

    The effect of the drain hole on drainage and seepage pressure lowering is quantitatively studied with an engineering example .

  25. 粘结破裂的出现是由于外界面溶解出水溶性成分而鼓泡产生渗透压力之故。

    Bond fracture appeared to be due to osmotic pressure generated in the bubble by water soluble contituents leached from the interface .

  26. 并提出采用渗透压力附加柔度张量的概念来定义渗透压力对岩体力学特性的影响。

    The concept of additional flexibility tensor is introduced to indicate the influence of seepage pressure on the mechanic characteristics of rock mass .

  27. 介绍了重庆排污工程长江隧洞岩体渗透压力监测设备的布置情况及渗透压力监测结果。

    The arrangement of instruments and results of monitoring rock-mass seepage pressure in tunnel across Yangtzi River of Chongqing sewerage system are described .

  28. 试验过程中记录渗流量和关键点的位移、应力及渗透压力等多元信息。

    Water inflow and multiple information like the displacement , stress and seepage pressure of key points were recorded in the test process .

  29. 渗流控制设备既要降低渗透压力,又要保护闸下软弱夹层不受渗流侵害。

    Seepage control installation must be able not only to reduce seepage pressure , but also to protect weakened intercalations from encroachment of seepage .

  30. 结合工程算例,重点分析了渗透压力作用对岩体边坡稳定性的影响以及锚杆的加固作用。

    With engineering examples , the influence of seepage pressure on the stability of rock slope is mainly analyzed , as well as the anchoring reinforcement .