Experiments on a metal hydride cooling system working with ZrMnFe/MmNi{sub}4.5Al{sub}0.5 pair

M. Ram Gopal; S. Srinivasa Murthy

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Experiments on a metal hydride cooling system working with ZrMnFe/MmNi{sub}4.5Al{sub}0.5 pair

机译：使用ZrMnFe / MmNi {sub} 4.5Al {sub} 0.5对的金属氢化物冷却系统的实验

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Experimental studies are carried out on a metal hydride cooling system working with ZrMnFe/MmNi{sub}45Al{sub}0.5 pair. The effects of operating parameters such as heat source, heat sink and refrigeration temperatures, and half-cycle times on thesystem performance are obtained. The experimental results are compared with an analytical model proposed earlier by the authors, and a satisfactory agreement is found between the two.

机译：在使用ZrMnFe / MmNi {sub} 45Al {sub} 0.5对的金属氢化物冷却系统上进行了实验研究。获得了诸如热源，散热器和制冷温度等操作参数以及半循环时间对系统性能的影响。将实验结果与作者先前提出的分析模型进行了比较，两者之间找到了令人满意的协议。

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《International Journal of Refrigeration》 |1999年第2期|共13页
作者
M. Ram Gopal; S. Srinivasa Murthy;
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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
Refrigeration system; Metal hydride; System performance;

机译：制冷系统;金属氢化物;系统性能;

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1. Experiments on a metal hydride cooling system working with ZrMnFe/MmNi{sub}4.5Al{sub}0.5 pair [J] . M. Ram Gopal, S. Srinivasa Murthy International Journal of Refrigeration . 1999,第2期

机译：使用ZrMnFe / MmNi {sub} 4.5Al {sub} 0.5对的金属氢化物冷却系统的实验
2. Positron lifetime and residual gas analysis studies of MmNi_(4.5)Al_(0.5) hydride system [J] . M. Singh, Vaibhav Kulshrestha, Balram Tripathi, International journal of hydrogen energy . 2007,第15期

机译：MmNi_（4.5）Al_（0.5）氢化物系统的正电子寿命和残留气体分析研究
3. Studies on La based intermetallic hydrides to determine their suitability in metal hydride based cooling systems [J] . Sharma Vinod Kumar, Kumar E. Anil Intermetallics . 2015,第Null期

机译：研究La基金属间氢化物以确定其在金属氢化物基冷却系统中的适用性
4. Cooling Performance Improvement of the Heat Driven Type Metal Hydride Refrigerator: Heat Transfer Enhancement Influence of Metal Hydride Sheet Loading into a Metal Hydride Particle Bed [C] . Sangchul BAE, Masahumi Katsuta, Eiji M0RITA, International refrigeration and air conditioning conference at Purdue . 2012

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5. The investigation of calcium-misch metal-nickel for use in a high pressure metal hydride hydrogen compressor and dual stage metal hydride hydrogen compression system using lanthanum-nickel and calcium-misch metal-nickel utilizing thermal energy. [D] . Hopkins, Ryan R. 2009

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7. Cooling Performance Improvement of the Heat Driven Type Metal Hydride Refrigerator-Heat Transfer Enhancement Influence of Metal Hydride Sheet Loading Into a Metal Hydride Particle Bed [O] . Bae Sangchul, Katsuta Masafumi, Homma Ikuto, 2012

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8. Evaluation of a Proposed ASTM (American Society for Testing and Materials) Standard Guide to Assess the Compatibility of Metal-Heat Transfer Liquid Pairs in Solar Heating and Cooling Systems [R] . Brown, P. W. , Grimes, J. W. 1979

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Experiments on a metal hydride cooling system working with ZrMnFe/MmNi{sub}4.5Al{sub}0.5 pair

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