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吸入能力
相关语句
  suction capability
     The suction capability of the pump depends on the cavitation margin and the maximum self-suction height of the pump.
     泵的吸入能力取决于泵的汽蚀余量和最大自吸高度。
短句来源
     Relevant figure is given through calculation; it provides a theoretical basis for not running in air-lock and cavitation conditions, and working in the condition of sufficient suction capability, and offers a convenience for the design of suction unit and selection of pump.
     通过计算给出了有关图表,为避免在气阻、气蚀条件下运行,以及在具备吸入能力条件下进行工作提供了理论依据,为吸入装置的设计与泵的选型提供了方便。
短句来源
  “吸入能力”译为未确定词的双语例句
     A STUDY ON SUCTION CAPACITY OF THE SELF-SUCTION CENTRIFUGAL PUMP WHEN TRANSFERRING LIGHT FUEL OIL
     抽送轻质燃料油时自吸离心泵吸入能力的研究
短句来源
     The two factors for determining the suction conditions of a self-suction centrifugal oil pump-suction capability and suction facilities are expounded.
     论述了自吸离心油泵吸入条件的两个决定因素——吸入能力和吸入装置。
短句来源
     On the basis of compared and analytical results of all sorts of pumps, the suction condition of self-sucking sliding-vane pump is described. It is pointed out that the sucking device of the pump must meet the needs of sucking ability.
     在与各类泵对比分析的基础上,论述了滑片自吸泵的吸入条件,指出滑片自吸泵吸入装置必须满足吸入能力的要求。
短句来源
  相似匹配句对
     scavenging ability of BSCA were measured by the chemical simulation.
     能力;
短句来源
     logical thinking ability;
     逻辑思维能力
短句来源
     The effect of high and low concentration oxygen inhalation on learning and memory in mice
     吸入高-低氧对动物学习记忆能力的影响
短句来源
     The Joint Action Effects of Iodine Deficiency and Smoke Inhalation on Antioxidation Ability of Rats
     碘缺乏和烟雾吸入对大鼠抗氧化能力的联合作用
短句来源
     inhale hormone(IH)group.
     吸入激素组。
短句来源
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  suction capability
From the result observed - an impro - ved suction capability and a reduced smoke-intensity in the ex -pired respiratory gas - it would appear that this method were suitable for practical application.
      
Improper cleaning or changing of HEPA filters may reduce the vacuum's suction capability.
      


The two factors for determining the suction conditions of a self-suction centrifugal oil pump-suction capability and suction facilities are expounded. The suction capability of the pump depends on the cavitation margin and the maximum self-suction height of the pump. The suction facilities include the pipeline from the suction fluid surface to the inlet of the pump and valves and fittings.By means of test and analysis, the methods for calculating the cavitation margin and maximum self-suction height of viscous...

The two factors for determining the suction conditions of a self-suction centrifugal oil pump-suction capability and suction facilities are expounded. The suction capability of the pump depends on the cavitation margin and the maximum self-suction height of the pump. The suction facilities include the pipeline from the suction fluid surface to the inlet of the pump and valves and fittings.By means of test and analysis, the methods for calculating the cavitation margin and maximum self-suction height of viscous fluid are given,the relation between the kinematic viscosity and hydraulic grade of the fluid in the suction pipeline is described,and the critical mounting height of the siphon pipe under the condihon of no gas resistance is presented.

论述了自吸离心油泵吸入条件的两个决定因素——吸入能力和吸入装置。泵的吸入能力取决于泵的汽蚀余量和最大自吸高度。吸入装置包括吸入液面至泵进口处的管路、阀件等。通过理论分析和试验,给出了粘性液体的汽蚀余量和最大自吸高度的计算方法,吸入装置管路中液体运动粘度与水力坡度的关系,以及虹吸管路无气阻条件下的临界安装高度。这说明一台性能优良的泵,还需与之相匹配的吸入装置才能获得最佳工作状态。

Air-lock, cavitation and insufficient suction capability are liable to occur in an road tank car unloading operation. After analyzing the reason of its causing, giving reasonable design of suction unit, choosing proper pumps and suitable oil transporting process coefficient, the insufficiency in road tank car's unloading will be avoided. Relevant figure is given through calculation; it provides a theoretical basis for not running in air-lock and cavitation conditions, and working in the condition of sufficient...

Air-lock, cavitation and insufficient suction capability are liable to occur in an road tank car unloading operation. After analyzing the reason of its causing, giving reasonable design of suction unit, choosing proper pumps and suitable oil transporting process coefficient, the insufficiency in road tank car's unloading will be avoided. Relevant figure is given through calculation; it provides a theoretical basis for not running in air-lock and cavitation conditions, and working in the condition of sufficient suction capability, and offers a convenience for the design of suction unit and selection of pump.

油罐车卸槽时易产生气阻、气蚀和吸入能力不足等现象,分析了其产生的原因,指出只要吸入装置设计合理,选用合适的泵或适当的输油工艺参数,就可以避免在油罐车卸油过程中存在的不足。通过计算给出了有关图表,为避免在气阻、气蚀条件下运行,以及在具备吸入能力条件下进行工作提供了理论依据,为吸入装置的设计与泵的选型提供了方便。

The suction capacity of self—suction centrifugal pump when transferring gasoline, aviation kerosene and diesel fuel is discussed, and the calculation formulas and charts for the common operation conditions such as the wharf for oil vessel and the unloading station for railway tank train etc. are set forth.

论述了抽送汽油、航空煤油和柴油时自吸离心泵的吸入能力,给出了油船码头、火车卸槽等常用工况的计算公式与图表。

 
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