充液量的英文

• innage

• "充"英文翻译    sufficient; full; ample
• "液"英文翻译    liquid; fluid; juice
• "量"英文翻译    measure capacity
• "充液" 英文翻译 :    charge; topping up; topping-up
• "液量" 英文翻译 :    fluid ounce; fluid volume; liquid level; liquid measure; solution amount
• "补充液" 英文翻译 :    make-ufluid
• "充液泵" 英文翻译 :    charging pump
• "充液阀" 英文翻译 :    prefill valve; replenishing valve; surge check valve
• "充液管" 英文翻译 :    liquid-filled tube
• "充液罐" 英文翻译 :    pressure-loaded prefilling tank; pressure-loaded prefillingtank
• "预充液" 英文翻译 :    priming fluid
• "比液量" 英文翻译 :    solution volume to specimen area ratio
• "持液量" 英文翻译 :    liquid holdup
• "精液量" 英文翻译 :    semen volume; sperm volume
• "排液量" 英文翻译 :    lifting rate
• "其液量" 英文翻译 :    kilderkin
• "体液量" 英文翻译 :    body fluid volume
• "吸液量" 英文翻译 :    liquid absorption
• "液量计" 英文翻译 :    fluid volume meter; juice gauge
• "液量名" 英文翻译 :    gill; noggin; pipe
• "液量盎司,液量英两" 英文翻译 :    fl oz
• "英国制液量,皇家液量" 英文翻译 :    british measure; imperial measure
• "充液补偿阀" 英文翻译 :    prefill surge valve
• "充液导管" 英文翻译 :    fluid filled catheter
• "充液多孔体" 英文翻译 :    pore fluid

• The main results in this paper are as follows : ( 1 ) study on starting up performance of thermosyphon : according to the study on the states before and after starting up of thermosyphon with the various filling amount , it is considered that the phase change heat transfer inside the copper - water thermosyphon with a large ratio of length and diameter is not only influenced by the boiling degree of superheat , but also controlled by evaporation and companied with the boiling of the thin liquid film
  本文的主要研究结果为： （ 1 ）热虹吸管启动性能的研究：通过对从不同充液量、启动前状态、内部汽化核心状态对启动的影响所进行的试验研究，认为大长径比的铜?水热虹吸管管内相变不仅仅为沸腾，而是以蒸发为主，伴有薄液膜的沸腾。
• With experiments and theoretical analyzing , we find when the heat discharge is smaller than the entrainment limited , what influences the ability of heat - transmitting of work quality is the quantity of injection and dry limit fluid inventory , the optimum quantity of injection of the three working fluid is 8 ~ 14g ; and the delivering factor that transmission coefficient is determined by capillary limit , not the heat transmission ability of the thermal syphon . therefore , among the three working fluid , acetone is the best . low wind - speed has the obvious function in heat transmission of the thermal syphon
  本文通过实验研究和理论分析，认为在热流量小于携带极限时，影响工质传热能力的是cpu重力热管的充液量和其干涸极限，此次所实验的三种工质，最佳充液量应当在8g ~ 14g ；传输因素主要决定普通热管的毛细极限，而不是重力热管传热能力的决定因素；三种工质中的最佳工质是丙酮；小风速时风速的变化对cpu重力热管的传热有明显的作用，但在风速大于1m / s以后，风速增加对于cpu重力热管的传热能力的增加效果减缓。
• It shows that the injection quantity and the difference of temperature distribute as a parabola which is at the same load , and the minimum of the parabola corresponds to the optimum quantity of injection ( g ) . under the condition that the quantity of injected mass , the air speed and the heat quantity is respectively g , v and q , the research demonstrates that the pentium iv chip ' s temperature variation can be controlled under 40c and work normally when the wind speed overpass 1 . 5m / s and the power dissipation of the chip is 60w . otherwise this paper calculates the flooding limit of thermosiphon with several different methods
  对其充灌量、散热量、电子元件( cpu模拟芯片)表面与环境温度之差及通风、流速的影响进行了系统的测试，发现充液量与温差的关系在负荷不变时呈抛物线分布，其极小值点对应的充液量是最佳充液量g 。在充液量为g时，对风速v 、散热量q进行的研究表明，当风速超过1 . 5m / s后，奔腾芯片在60w发热条件下芯片温度小于40 ，能满足长期正常工作。