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Effect of Filling Ratios and Adiabatic Length on Thermal Efficiency of Long Heat Pipe Filled with R-134a

机译：填充比和绝热长度对填充R-134a的长热管热效率的影响

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Sukchana Thanaphol; Jaiboonma Chaiyun;
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1. Experimental study on a large scale pulsating heat pipe operating at high heat loads, different adiabatic lengths and various filling ratios of acetone, ethanol, and water [J] . Czajkowski Cexary, Nowak Andrzej I., Blasiak Przemyslaw, Applied thermal engineering: Design, processes, equipment, economics . 2020,第期

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2. Augmentation of thermal efficiency of the glass evacuated solar tube collector with coaxial heat pipe with different refrigerants and filling ratio [J] . Kabeel A. E., Dawood Mohamed M. Khairat, Shehata Ali I. Energy Conversion & Management . 2017,第APRa期

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3. Impact of heat generation/absorption on transient natural convective flow in an annulus filled with porousmaterial subject to isothermal and adiabatic boundaries [J] . GEM-International Journal on Geomathematics . 2019,第1期

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4. Effect of Filling Ratios and Adiabatic Length on Thermal Efficiency of Long Heat Pipe Filled with R-134a [C] . Thanaphol Sukchana, Chaiyun Jaiboonma Eco-Energy and Materials Science and Engineering Symposium . 2014

机译：填充率和绝热长度对填充R-134a的长热管热效率的影响
5. Experimental study and thermal modeling of the constrained vapor bubble heat pipe operation in a convection-free environment under the influence of gravity. [D] . Basu, Sumita. 2002

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6. Effect of the Heat Pipe Adiabatic Region [O] . Taoufik Brahim, Abdelmajid Jemni -1

机译：热管绝热区的影响
7. Contemplation of thermal characteristics by filling ratio of Al2O3 nanofluid in wire mesh heat pipe [O] . R. Senthil, D. Ratchagaraja, R. Silambarasan, 2016

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Effect of Filling Ratios and Adiabatic Length on Thermal Efficiency of Long Heat Pipe Filled with R-134a

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