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- high heat transfer enhancement 强化传热
- EHD Boiling Heat Transfer Enhancement Outside Horizontal Tubes. 管外EHD沸腾强化传热。
- Jet impingement cooling is an advantage method in heat transfer enhancement owing to its extremely high local heat transfer coefficient and simple structure. 射流冲击是一种极其有效的强化局部传热或传质的方法。
- The anti-fouling experiments using high voltage electrostatic field for heat transfer enhancement were carried out with the dynamic fouling test facility. 在污垢热阻动态监测装置上,进行了高压静电抗垢强化传热实验研究。
- Using high viscosity fluid of Xanthan gum solution as experimental material, heat transfer enhancement experiments were respectively made in smooth tube, helix tube, GK tube and SMK tube. 以高粘流体黄原胶溶液为实验介质,分别在光滑管、螺纹管、GK管和SMK管中,进行了强化传热的实验研究。
- Heat transfer enhancement by fluid induced vibration Journal of hydrodynamics,2002. No. 管外水流诱导管束振动强化传热试验研究贝壳的微观结构与煅烧特性毕见重路春美化工学报,2002。
- Heat transfer enhancement was investigated in a coaxial-pipe heat exchanger using dimples on the inner tube. 在换热器管道的内壁面上布置丁胞可以有效地增强管道内的传热。
- Heat transfer enhancement of adsorbent bed is the primary factor to affect solid adsorption refrigeration. 吸附床的传热强化是影响固体吸附式制冷的主要因素。
- The results of experiments showed that spirally fluted titanium-tube are better choice on heat transfer enhancement for the miniaturization of naval steam condensers. 实验结果表明，钛螺纹槽管是实现冷凝器小型化较为理想的强化管管型。
- A feasibility study on applying self-excited oscillate chamber to shell and tube heat exchanger for heat transfer enhancement is analyzed. 分析了将自激振荡腔用于管壳式换热器强化传热可行性。
- Plate-fin heat exchanger (PFHE) plays an important role in aerospace, chemical engineering and HVAC, because of its high heat transfer efficiency and compactness. 板翅式换热器由于具有效率高、体积小等突出优点,在航空、化工、HVAC等领域具有不可替代的地位。
- 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。
- Plate-fin heat exchanger (PFHE) is widely used in the areas of power，chemical engineering and aerospace for its high heat transfer efficiency, compactness and flexibility. 板翅式换热器具有体积小、重量轻、效率高等特点，广泛应用于能源、化工、航天等众多领域，在换热设备中发挥着重要作用。
- The development of newtype internals in ethylene cracking tubes has been and will continue to be the hot topic of heat transfer enhancement. 设计新型强化传热构件,并利用先进的CFD技术模拟优化设计过程是目前乙烯裂解炉管强化传热研究的主要方向。
- It was found that heat transfer enhancement was related to electric field homogeneity, electric field intensity and heat flux. 结合试验和电场分布的计算结果，分析了电场均匀性、电场强度、热流密度与沸腾换热效果之间的关系。
- The heat transfer enhancement of the mixtures of isopropyl alcohol and water inside vertical tube was experimented in the presence of air. 以异丙醇-水溶液为研究物系,引入空气对垂直管内流动相变强化传热进行了实验研究。
- 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。
- Compared to transversally corrugated tube, the capability of heat transfer enhancement of the wave-groove tube has significant and stable improvement. 与横纹管相比，波槽管的强化换热能力更加稳定并且有明显增加。
- This type of heat transfer is commonly used in oil refinery processes to met the high temperature requirements of most processes, plus the necessary high heat transfer rate and heat flux control, and for ease of decoking. 这种类型的热量转化普遍应用于石油炼制过程，其目的是满足大部分炼油过程对高温的需要，以担高热转化速度，实现热流量控制，并使除焦工作与更为容易。
- Heating with Diphyl vapor allows very high heat transfer densities at constant temperature over the entire heating surface. 用Diphyl蒸气加热,在恒定的温度下,整个加热表面上具有非常高的传热密度。
