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- The imposed electric field leads to the increase of the fluid movement inside the bubble and enhances the microlayer evaporation at the bottom of the bubble during the nucleate boiling heat transfer. 这表明外电场作用也有利于加剧气泡内部流体的运动，从而有助于核态沸腾换热过程中气泡底部微液层液体的蒸发。
- Wu, W.T., Yang, Y.M., and Maa, J.R., 1995, "Enhancement of Nucleate Boiling Heat Transfer and Depression of Surface Tension by Surfactant Additives," ASME J.Heat Transfer, Vol. 117, pp. 526-528. 吴武灿;1998;"界面活性剂水溶液中的池式沸腾传热机构;"国立成功大学化学工程研究所博士论文.
- Nucleate Boiling Heat Transfer on a Vertical Cylindrical Surface in the Annulus with Air Introduction 通气环套内垂直圆柱表面核沸腾传热研究
- nucleate boiling heat transfer 核沸腾热传递
- Hence, forced convection plays a more important role in heat transfer of microscale flow boiling than nucleate boiling. 这是因为莫耳分率越小，对于甲醇/水混合系统，其前进接触角越大，使得气体较容易残留在人造孔穴中的缘故。
- The experimental results show that in the pool nucleate boiling process the “effect of interfacial vaporization heat sink” obviously increases with the heat transfer flux. 实验结果表明,沸腾时,“界面汽化热阱”效应随热流率的提高而显著增大。
- In this paper the predicted result for the size destribution of active nucleate sites on boiling heat transfer surface by using a random fractal model is compared with the experimental result. 总结了有关核态池沸腾的主要研究工作和研究结论，在此基础上提出用随机分形模型描述活化核心的尺度分布和空间分布。
- EHD Boiling Heat Transfer Enhancement Outside Horizontal Tubes. 管外EHD沸腾强化传热。
- At last, several means were listed to decrease or eliminate the hysteresis phenomenon of boiling heat transfer. 最后总结出了几种减小或消除沸腾热滞后的方法。
- Periodical convective boiling heat transfer in a time scale of milliseconds was found. 发现了周期在毫秒级的微时间尺度的周期性沸腾传热。
- Both theoretical analysis and experimental study on boiling heat transfer for threephase flow were carried out. 对三相流沸腾传热进行了理论分析和实验研究。
- The mechanism that additives enhanced pool boiling heat transfer of glycol aqueous solutions was discussed. 在此基础上，本文分析了表面活性物质强化乙二醇-水溶液沸腾传热的原因。
- Under the same experimental condition, boiling heat transfer of nitrogen in lunate narrow channel performs better than that in circular narrow channel. 液氮受迫流动沸腾换热系数随质量流速的增加而增加，随热流密度增加的趋势更为显著；
- The study confirmed that the boiling heat transfer characteristics of MFHP's evaporator can be strengthened evidently by using water/CuO nanofluids. 研究证明，以水-氧化铜纳米颗粒组成的纳米流体可以明显地强化重力型热管蒸发器换热 特性。
- Electro-hydrodynamics (EHD) boiling heat transfer enhancement was the result of both electric field intensity and homogeneity. 电水动力学(EHD)强化换热效果是电场强度和电场均匀性综合作用的结果。
- Experimental studies have been made for the EHD enhanced boiling heat transfer of R11 in horizontal annular tube filled with glass beads. 以氟里昂(R11)为工质，采用交流电场对填充玻璃珠的水平套管进行了强化沸腾换热实验，比较了不同粒径的多孔质材料对换热强化效果的影响。
- Chen, J.C.,”A correlation for boiling heat transfer to saturated liquids in convective flow”, Ind.Eng.Chem.Prob.Des.Dev.Vol. 5, p.332, 1966. 陈森煌，以现场实用测量结果作冰水主机部分负载之性能分析，国立台北科技大学冷冻空调工程研究所硕士论文，2001。
- Electro-hydrodynamics(EHD) boiling heat transfer enhancement was the result of both electric field intensity and homogeneity. 电水动力学（EHD）强化换热效果是电场强度和电场均匀性综合作用的结果。
- Based on the microlayer model for pool boiling of pure fluid,a theoretical model for pool boiling heat transfer of binary mixture was presented. 基于单组分工质池沸腾动态微液层预测模型,提出了预测双组分混合工质沸腾换热系数的理论模型。
- This paper presented an experimental investigation to subcooled boiling heat transfer on the declining downward surface. 对大气压力下倾斜下表面的过冷池沸腾换热进行了实验研究。
