1·The results show that choosing perforated pipe with suitable structure and putting it into the thermosyphon can enhance the heat transfer effect.
结果表明，合理选择分流管的结构尺寸，将其置于热虹吸管内，可以起到强化沸腾换热的效果。
2·This paper presents a theoretical analysis and experimental results of condensation heat transfer in the vertical two-phase closed thermosyphon.
本文对竖直两相闭式热虹吸管内的凝结换热进行了理论分析和实验研究。
3·On the base of thin film evaporation mechanism of the channel, a comprehensive heat transfer model for thermosyphon boiling in narrow channel is developed.
基于这种狭缝通道气泡底部薄液膜蒸发机理，建立了狭缝沸腾传热组合机理模型。
4·The calculation formula of the radiating heat from low-temperature thermosyphon radiant floor is fit based on the experimental result.
根据实验结果拟合了低温热管辐射地板的散热量计算公式。
5·The Lamelshell heat exchanger is designed easily for thermosyphon reboiler.
传热恶化点的干度较大，便于设计成高效的热虹吸再沸器。
6·In this paper, the effect of configuration size on the liquid nitrogen thermosyphon boiling heat transfer behavior in extreme eccentric annulus is studied for the first time.
在国内外首次研究了结构尺寸对极限偏心环缝中液氮的沸腾换热特性的影响。