片语

thermosyphon pump热虹吸泵

symmetrical thermosyphon对称式热虹吸管

Thermosyphon systems热虹吸系统

thermosyphon foundation热桩基础

loop thermosyphon回路型重力热管

thermosyphon action热虹吸作用

thermosyphon tubes热虹吸管

thermosyphon technology热管技术

thermosyphon reboiler热虹吸式再沸器

英汉例句

• 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。

• The factors which influence the performance of thermosyphon are discussed.

  探讨了影响热虹吸管传热性能的几个因素；

• The work fluid filling amount in the thermosyphon is studied, and the optimal work fluid and filling amount are presented by means of the experimental study.

  本文采用试验研究的方法，给出了一种较佳的工作介质及其充液率。

• 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。

• This paper introduces the application and selection of thermosyphon receiver in refrigeration systems, and cautions in installation.

  本文简要介绍了热虹吸桶在制冷系统的应用范围、选型方法及安装应注意的一些要求。

• 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。

• A simple method is established which can determine the size of hydrogen thermosyphon in cold neutron sources.

  提出了一个简便的计算方法，用以确定冷中子源氢热虹吸管的尺寸。

• The result can be used in the arrangement with optimized thermosyphon group in frozen areas.

  研究结果对寒区工程地基加固时的热虹吸管排列优化有一定的意义。

• 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。

• 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。

• To be applied to low-temperature under-floor heating system, the performance of a carbon-steel/water thermosyphon is studied.

  阐明了低温热水地板辐射采暖的应用特性，介绍了其技术上的优缺点及设计与施工过程中需注意的问题。

• Phase change of water in permafrost is considered and 3d finite element method is employed to study the cooling effect on the soil of embankments due to using thermosyphon technology.

  考虑多年冻土中水的相变，采用有限元进行热管保护多年冻土路基效果的三维数值分析。

• Visual observation and heat transfer experiments on the new two phase closed thermosyphon showed not only a better stability in operation, but also a higher heat transfer coefficient.

  直观考察和传热实验表明，新结构的两相闭式热虹吸管操作稳定、传热系数高。