liquid capacity

英 [ˈlɪkwɪd kəˈpæsəti] 美 [ˈlɪkwɪd kəˈpæsəti]

网络  液货舱容积; 液货舱舱容

机械



双语例句

  1. Including: type of the liquid sulfur pump, capacity, pressure rating, name and address of user, phone number, year of supply and service conditions of the jacket ball valve.
    提供的参数应包括:液硫泵型号、处理量,压力等级,用户名称和地点,联系电话,供货年份以及液硫泵的使用情况。
  2. SIH have obvious of the image change, it basic reason is the brain ridge liquid capacity de-crease and brain organization move.
    原发性低颅压有明显的影像学改变,其根本原因是脑脊液容量减少和脑组织移位。
  3. Sand pump is used to provide drilling liquid with a certain discharge capacity and pressure to desander, desilter and mud pump.
    砂泵主要是用来为除砂器、除泥器、泥浆器提供具有一定排量和压力的钻井液。
  4. Objective To investigate the effects of Ganoderma oral liquid on human anti-fatigue capacity.
    目的采用实验法观察灵芝口服液对人体运动抗疲劳能力的影响。
  5. The double helix-type hollow fiber film device of the utility model has the advantages of high mass transferring efficiency, large feed liquid handling capacity and simple preparation and the like.
    本实用新型设计的双螺旋式中空纤维膜器,具有传质效率高,处理料液量大,制备简单等优点。
  6. Finally the paper illustrates that utilization of LNG cold by air separation units can result in more liquid capacity and less expenditure on capital and operation.
    最后指出,空分装置利用LNG冷量可达到多产液体、节省投资和运行费用的效果。
  7. The characteristics of centrifugal pumps are sent to liquid capacity, the flow evenly, but the resulting pressure head is not high, and the pressure head as the flow changes.
    离心泵的特点是,送液能力大,流量均匀,但产生的压头不高,且压头随着流量的改变而变化。
  8. A metric unit of liquid capacity or volume equal to100 liters.
    百升公制液体或体积容量单位,等于100升。
  9. A new theory in the basic research of the condensed matter physics ⅰ the substantial molecule structure and theoretical equation of liquid heat capacity and 3 theorems
    凝聚态物理学基础研究领域中的新理论Ⅰ&纯质的分子结构与液体C(p,1)理论方程及3个定理
  10. The performance of last-stage heat exchanger of helium liquefier is analysed. The feasibility of resistance type heat exchanger for increasing the productivity of liquid helium or refrigeration capacity is verified theoretically and experimentally.
    研究了氦液化器末级换热器的特性,从理论和实验两方面证明采用阻力型换热器,对提高液氦产量或制冷量的可行性。
  11. It concludes that it is a crucial task to select a reasonable working regularity and an optimum gas liquid ratio according to production capacity in order to achieve a higher gas lift efficiency.
    选择合理的工作制度和最佳总气液比,以达到较高的产液量和举升效率,是气举采油井的一个至关重要的问题。
  12. The results will provide decision basis for determining reasonable preserved oil reservoir pressure level, reasonable liquid? producing capacity and for conversing of production way in time.
    该研究结果将为确定合理的油藏压力保持水平、合理的采液量以及及时进行采油方式转换提供决策依据。
  13. The surface temperature of liquid is not only related with the solar radiation and wind speed, but also with the physical characteristics of the liquid ( heat capacity, latent heat of vaporization and saturated vapor pressure).
    液体表面温度的变化不但与太阳辐射强度以及环境风速的大小有关,还与液体本身的物理性质(如热容、蒸发潜热和饱和蒸气压)有关。
  14. Investigation on Methods Using Liquid Injection to Increase Heating Capacity
    液体喷射提高制热量方法探讨
  15. In some low permeable and low viscous sandstone oil fields, the liquid production capacity decreases or is difficult to improve, and the water flooding abandoned water cut cannot reach to 0 98, so water flooding abandoned water cut should be considered while calculating technical recoverable reserve.
    对一些低渗、低粘的砂岩油田,由于产液能力下降或难以提高,其水驱废弃含水率达不到098,因此计算技术可采储量时应注意研究其水驱废弃含水率。
  16. The key factors for designing the tray with high liquid capacity are downcomer configuration, specifications and layout.
    为了通过高液量,塔板设计的关键是降液管结构、尺寸和布置。
  17. The law of liquid-producing capacity in waterflooding oilfields of Liaohe oil province
    辽河油区注水开发油田产液量变化规律认识
  18. The test result shows that HT type deoxidant has features of direct deoxygenation in liquid phase, high deoxygenation capacity, deep deoxygenation degree ( 1 μ g/ g), stable operation and avoiding temperature-runaway during its activation by regeneration and in addition of propylene feed.
    试验结果表明,HT型高效脱氧剂具有液相直接脱氧、脱氧容量高、脱氧深度大(达1μg/g)、操作平稳、活化再生及进丙烯投运时不产生飞温等特点。
  19. On the basis of 3 D temperature fields calculation of aluminum alloy casting, the liquid face shrinkage capacity method of varied several melt pool is put forward to predicate shrinkage cavity;
    在铝合金铸件三维温度场计算的基础上,提出了采用动态多熔池等效液面收缩量法对缩孔进行预测;
  20. In fully spray region, gas flow affects the liquid overflow capacity in the downcomer or conical over flow device, hence affects the pressure drop significantly.
    全喷射区内,气速影响溢流管和溢流锥的溢流能力,而使气速明显地影响塔板有效压降。
  21. The liquid capacity and liquid resistance in testing apparatus of endothelial cells 'shear stress
    内皮细胞切应力测试装置中的液容与液阻
  22. Methods Bases on the hydrodynamics and hemodynamics theories, the liquid capacity and liquid resistance were calculated.
    方法应用流体力学及血流动力学理论与分析方法,研制了内皮细胞切应力测试装置的液容与液阻。
  23. Determination of Diffusion Rate of Liquid in Coating by Electric Capacity Method
    电容法确定涂层中液体的扩散速率
  24. Predicting liquid chromatographic capacity factor of homologous by gray model
    用灰色模型预测同系物的液相色谱保留值
  25. Increase the reservoir pressure by water injection, with the pressure difference between wellbore and formation, and the increase of the increase in ground seepage, so well for a long period of time is good for the state of liquid capacity.
    通过注水使地层压力增高,伴随着井筒与地层间压差的增大以及地层渗流量的增加,从而使油井在相当长的一段时间内处于供液能力较好的状态。
  26. It was observed that the composite membrane had higher liquid content and better Anti-swelling capacity than Nafion membrane.
    实验结果表明,复合膜的含液率要大于Nafion膜,并且有较好的抗溶胀能力。
  27. Under the bottom pouring vacuum casting process conditions, the alloy liquid has a strong filling capacity not only in the direction of gravity but also the horizontal direction.
    从而验证在底注式真空吸铸工艺条件下,合金液不仅在重力方向具有很强的充型能力,而且在水平方向也能够很好的充填铸型。
  28. Background: The blood Sodium for the liquid capacity and the maintenance of osmotic pressure is very important and is strictly subjected to the regulation of the central and peripheral nervous system in order to ensure its normal function.
    背景:血钠对于血管内外液体容量以及渗透压的维持很重要,并受到严格调节以保证中枢和外周神经系统的正常功能。
  29. The results show that: liquid producing capacity that calculated is essentially accorded with the measured liquid producing capacity, and the minimum error is only 4.7%.
    结果表明:计算产液量与实测产液量基本符合,最低误差达4.7%。