Heat and mass transfer characteristics of a horizontal tube absorber in a semi-commercial absorption chiller

Daniel Bredow; Priyank Jain; Arnold Wohlfeil; Felix Ziegler

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Heat and mass transfer characteristics of a horizontal tube absorber in a semi-commercial absorption chiller

机译：半商业吸收式制冷机中水平管式吸收器的传热和传质特性

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In this paper, the heat and mass transfer characteristics of a horizontal tube absorber of a lithium bromide/water absorption chiller, which was manufactured according to industrial standards without additives are presented. It can be concluded that the heat transfer coefficient does not vary with the lithium bromide content but slightly with the film Reynolds number. On the other hand, it has turned out that the mass transfer coefficient changes with the lithium bromide mass fraction and the position in the absorber but not significantly with the film Reynolds number. The experimental data are discussed and an interpretation of the data is proposed.

机译：本文介绍了根据工业标准生产的不含添加剂的溴化锂/吸水冷却器卧式管式吸收器的传热和传质特性。可以得出结论，传热系数不随溴化锂含量的变化而变化，而随薄膜的雷诺数变化。另一方面，结果表明，传质系数随溴化锂的质量分数和吸收体中的位置而变化，而与膜雷诺数无关。讨论了实验数据并提出了数据解释。

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来源
《International Journal of Refrigeration》 |2008年第7期|共9页
作者
Daniel Bredow; Priyank Jain; Arnold Wohlfeil; Felix Ziegler;
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原文格式 PDF
正文语种 eng
中图分类制冷理论;
关键词
Absorption system; Water-lithium bromide; Experiment; Horizontal tube; Finned tube; Heat transfer; Mass transfer;

机译：吸收系统;水-溴化锂;实验;水平管;细管;传热;传质;

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1. Heat and mass transfer characteristics of a horizontal tube absorber in a semi-commercial absorption chiller [J] . Daniel Bredow, Priyank Jain, Arnold Wohlfeil, International Journal of Refrigeration . 2008,第7期

机译：半商业吸收式制冷机中水平管式吸收器的传热和传质特性
2. Heat and mass transfer characteristics of absorption of R134a into DMAC in a horizontal tube absorber [J] . L. Harikrishnan, M. P. Maiya, S. Tiwari, Heat and mass transfer . 2009,第12期

机译：在水平管式吸收塔中将R134a吸收到DMAC中的传热和传质特性
3. Development of a high performance and compact absorber for absorption refrigerator (absorption heat transfer characteristics of a horizontal smooth tube type absorber) [J] . Nobuya Nishimura, Tomohiro Nomura, Hiroyuki Iyota, 日本冷凍空調学会論文集 . 2000,第3期

机译：吸收冰箱高性能和紧凑吸收器的开发（水平光滑管式吸收器的吸收传热特性）
4. COMPARISON OF HEAT AND MASS TRANSFER CHARACTERISTICS OF ABSORPTION OF R134A IN DMAC AND DMF FOR A FALLING FILM HORIZONTAL TUBE ABSORBER [C] . Kamal Kant Yadu, Shaligram Tiwari, Prakash Maiya Manoor ASME International Mechanical Engineering Congress and Exposition . 2015

机译：DMAC中R134a吸收热量和传质特征的比较和DMF下降薄膜水平管吸收器
5. Heat and mass transfer effects in air-cooled vertical tube absorbers. [D] . Perez Reisler, Rafael A. 2007

机译：风冷垂直管式吸收器的传热和传质效果。
6. Numerical Study on the Heat Transfer of Carbon Dioxide in Horizontal Straight Tubes under Supercritical Pressure [O] . Mei Yang -1

机译：超临界压力下水平直管中二氧化碳传热的数值研究
7. Experimental investigation of heat and mass transfer in a LiBr-H2O solution falling film absorber on horizontal tubes: Comprehensive effects of tube types and surfactants [O] . Huan Zhang, Dazhen Yin, Shijun You, 2019

机译：水平管中Lib-H2O溶液落叶膜吸收器中热量和传质的实验研究：管型和表面活性剂的综合作用
8. Simultaneous Heat and Mass Transfer in a Horizontal Tube Absorber. NumericalTools for Present and Future Absorber Designs [R] . Wassenaar, R. H. 1994

机译：水平管吸收器中的同时传热传质。现在和未来吸收器设计的数字工具

Heat and mass transfer characteristics of a horizontal tube absorber in a semi-commercial absorption chiller

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