最后对实验过程中未发现携带传热极限进行了详细的分析。
No entrainment limit was observed in the experiment, which was analysed in detail in the paper.
根据萘热管的工作温度范围，对萘热管小倾角放置时的传热极限进行了实验研究。
The heat transfer experiments were made in the working of temperature range of the naphthalene heat pipe, at small inclination Angle.
这种热管具有传热性能良好、结构简单、加工成本低廉、具有较高传热极限等特点。
It has the advantages such as good heat transfer performance, simple structure, low manufactory cost and high heat transfer limits.
结果表明该高温热管翅在不同功率下连续工作稳定，无异常现象，没有遇到声速传热极限、携带极限、毛细极限的制约。
The experimental result shows high-temperature heat pipe fin has the better characteristic and is not restricted by sonic limit, entrainment limit and capillary limit during the operation process.
结合传热模型计算的温度分布和普遍使用的临界固相率、极限固相率，得出了轻压下的压下区域。
From the results of heat transfer model, generally used critical solid fraction and limit solid fraction, the soft reduction zone was obtained.
采用这种方法时，传热效率往往会受到窑炉的尺寸大小和窑炉耐火材料所能承受的极限温度的限制而大打折扣。
In this design, the heat transfer efficiency is generally limited by the size of the furnace and the temperature limit of the refractories.
通过理论研究，单根热管的极限传热量为4124.6W，从理论方面可以用少量热管满足房间采暖的需求。
Through theory researching we can know the maximum capacity of a heat pipe heat transmission was 4124.6w, so it can use few heat pipes reach the heating result.
通过理论研究，单根热管的极限传热量为4124.6W，从理论方面可以用少量热管满足房间采暖的需求。
Through theory researching we can know the maximum capacity of a heat pipe heat transmission was 4124.6w, so it can use few heat pipes reach the heating result.
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