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首页> 外文期刊>Experimental Thermal and Fluid Science: International Journal of Experimental Heat Transfer, Thermodynamics, and Fluid Mechanics >State-of-art of branching T-junction: Experiments, modeling, developing prospects and applications
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State-of-art of branching T-junction: Experiments, modeling, developing prospects and applications

机译：分支T型交界处的最先进：实验，建模，发展前景和应用

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摘要

As one of the separation components, T-junction is widely used in the field of energy for phase separation so as to improve system efficiency because of its compact size, simple geometry and low cost. However, because of the complexity of influencing factors affecting the phase separation law of T-junction, there is not a systematic conclusion having been summarized by scholars on the law of phase separation in branching T-junction. This paper gives a comprehensive overview of the influencing factors on phase separation in branching T-junction based on the experiments and theoretical models. Firstly, the existing experiments on phase separation in branching T-junction are reviewed. Secondly, the pros and cons of the classical theoretical prediction models of the fraction of phase taken off are summarized. Then, the knowledge gap and development prospects of T-junction are summarized. This paper points out that a promising development exists in multiple T-junctions, phase separation of refrigerants and micro-T-junction and much more work on the law of separation, mechanism and theoretical model is supposed to be carried out in the future. At last, applications of T-junction are summarized.
机译：作为分离部件之一，T-N结广泛用于相分离的能量领域，以提高系统效率，因为其紧凑的尺寸，简单的几何形状和低成本。然而，由于影响T-Anction相分离法的影响因素的复杂性，因此在分支T型交界处的相分离规律方面已经总结了系统的结论。本文根据实验和理论模型，全面概述了分支T型交联中相分离的相分离因素。首先，综述了分支T型交界处的相分离实验。其次，总结了淘汰赛分数的经典理论预测模型的优缺点。然后，总结了T-erncipt的知识差距和发展前景。本文指出，有希望的开发存在于多个交叉路口，制冷剂的相分离和微T界的相分离，以及对分离定律的工作要做得多，因此应该在未来进行。最后，总结了T-ernction的应用。

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