1) filling rate
充液率
1.
Experimental study on the working fluid filling rates of a special separate type heat pipe;
分离式热管充液率实验研究
2.
The heat transfer characteristics of mini flat heat pipes with acetone,ethanol and water as the working fluid and their filling rate 20%~90% were studied.
以丙酮、乙醇和水为工质,对小型平板热管在充液率为20%~90%的传热性能进行了实验研究。
3.
The results show that the optimum inclination angle of the component is 30°,its filling rate is 18%.
确定了新型复合工质元件的最佳倾角为30°和充液率为18%。
2) filling ratio
充液率
1.
The thermal performances of plate heat pipe with open triangular (swal1ow-tailed) grooves,including the effects of inclination, filling ratio and groove construction, are investigated.
本文对具有燕尾形(开式三角形)轴向槽道的微小型铜—水平板热管的传热性能,以及热管的倾角、充液率和槽道结构对其性能的影响进行了实验研究。
2.
The paper investigates the discrepancy between technical & industrial applicability of heat pipe exchangers in building heat recovery and energy conversation, systematically analyses the universal engineering problems in the design of energy-saving engineering, such as structural style, material option, working fluid and filling ratio, and so on.
考察热管换热技术在建筑热回收及节能中的技术适用性及其与工业应用的差异;对节能工程设计中的热管换热器结构形式、材料选择、最佳充液率等一般性工程问题作了系统分析,为实际设计提供方法论指导。
3.
Based on experimental data, empirical correlation on filling ratio was obtained via regression.
根据试验数据拟合出合理充液率的经验关系式。
3) charging ratio
充液率
1.
Studies the impact of charging ratio on heat transfer effect and seeks the optimal ratio.
设计了分离式热管热回收样机,通过实验分析了热管热回收效率随室内外温度的变化规律,探讨了充液率对热管传热效果的影响以及最佳运行工况下的充液率。
2.
And the relations between heat transfer rate and charging ratio, cooling, method, relative position of heating end and cooling end etc was investigated; On the basis of experimental result, some elemental problem about running of PHP was discussed and aanalized.
本文对回路型脉动热管（Ｌｏｏｐｅｄ ＰＨＰ）的运行进行了可视化实验研究，观察了其稳定运行时，工质的运动特征和热管内的典型现象；研究了其传热性能与充液率，冷却方式，加热端与冷却端相对位置等各种因素的关系；在可视化实验结果的基础上，对脉动热管运行的一些基本问题进行了讨论和分析。
4) liquid-filled ratio
充液率
1.
The effect on heat transfer performance caused by heat flux,gradient and liquid-filled ratio of evaporation end was deeply investigated.
分析了热管的启动特性以及热流密度、蒸发段倾角和充液率对其传热特性的影响。
5) liquid filling ratio
充液率
1.
Adopting R123 as the working medium,the effects of liquid filling ratio and heating mode on heat transfer limit were qualitatively analyzed on the open loop pulsating heat pipes test fig consisted of 40 elbows bent by fine copper tubes with inner diameter of 1 mm and 2 mm,and the experimental values were compared with calculated values by the Katpradit\'s correlations for heat transfer limit.
在由内径分别为1 mm和2 mm的细铜管弯曲而成的2组40弯头开式回路脉动热管试验装置上,采用R123为工作介质,定性分析了充液率及加热方式对传热极限的影响,并将试验值与Katpradit传热极限关联式的计算值进行了比较,结果表明:随着充液率的提高,传热极限先增大而后减小,存在一个最佳充液率(约50%);在3种加热方式中,垂直底部加热有助于脉动热管取得较大的传热极限值,而垂直顶部加热则对应较小的传热极限值。
2.
Adopting R123,water and alcohol as the working medium,the effect of inclination angle and liquid filling ratio on heat transfer performance of pulsating heat pipes(PHPs) were studied on the PHP test rig consisted of 40 elbows bent by fine copper tubes with inner diameter of 1 mm and 2 mm.
在内径分别为1 mm和2 mm的细铜管弯曲而成的40弯头脉动热管试验装置上,采用R123、水和酒精为工作介质,研究了倾斜角及充液率对脉动热管传热性能的影响。
6) charge up
充气,充液
补充资料：浓氯化钠注射液 ,高渗氯化钠注射液,高张氯化钠注射液
药物名称：浓氯化钠注射液
英文名：Injection 10% Sodium Chloride
别名：浓氯化钠注射液 ,高渗氯化钠注射液,高张氯化钠注射液
外文名： Injection 10% Sodium Chloride, Hypertonic saline
适应症： 用于脱水症及调节体内水与电解质的平衡。
用量用法： 静脉滴注，临用前稀释，用量与浓度视病情需要而定。
注意事项： 心、肾功能不全者慎用。
规格： 注射剂：１ｇ／１０ｍｌ，本品为氯化钠的高渗灭菌水溶液。
类别：调节水、电解质及酸碱平衡药
英文名：Injection 10% Sodium Chloride
别名：浓氯化钠注射液 ,高渗氯化钠注射液,高张氯化钠注射液
外文名： Injection 10% Sodium Chloride, Hypertonic saline
适应症： 用于脱水症及调节体内水与电解质的平衡。
用量用法： 静脉滴注，临用前稀释，用量与浓度视病情需要而定。
注意事项： 心、肾功能不全者慎用。
规格： 注射剂：１ｇ／１０ｍｌ，本品为氯化钠的高渗灭菌水溶液。
类别：调节水、电解质及酸碱平衡药
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条