Quantum degeneracy effect on performance of irreversible Otto cycle with ideal Bose gas

Feng Wu; Lingen Chen; Fengrui Sun; Chih Wu; Fangzhong Guo; Qing Li

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Quantum degeneracy effect on performance of irreversible Otto cycle with ideal Bose gas

机译：理想Bose气体对量子不可变性Otto循环性能的影响

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An Otto cycle working with an ideal Bose gas is called a Bose Otto cycle. The internal irreversibility of the cycle is included in the factors of internal irreversibility degree. The quantum degeneracy effect on the performance of the cycle is investigated based on quantum statistical mechanics and thermodynamics. Variations of the maximum work output ratio R_w and the efficiency ratio y with temperature ratio τ are examined, which reveal the influence of the quantum degeneracy of the working substance on the performance of a Bose Otto cycle. It is shown that the results obtained herein are valid under both classical and quantum ideal gas conditions.

机译：使用理想的玻色气体工作的奥托循环称为玻色奥托循环。循环的内部不可逆性包含在内部不可逆度的因素中。基于量子统计力学和热力学研究了量子简并性对循环性能的影响。研究了最大功输出比R_w和效率比y与温度比τ的变化，揭示了工作物质的量子简并性对玻色奥托循环性能的影响。结果表明，本文获得的结果在经典和量子理想气体条件下均有效。

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来源
《Energy Conversion & Management》 |2006年第19期|p.3008-3018|共11页
作者
Feng Wu; Lingen Chen; Fengrui Sun; Chih Wu; Fangzhong Guo; Qing Li;
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作者单位

Postgraduate School, Naval University of Engineering, Wuhan 430033, PR China;

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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
中图分类能源与动力工程;
关键词
irreversible otto cycle; bose gas; quantum cycle; work output; efficiency; quantum statistical thermodynamics;

机译：不可逆的底部循环玻色气体量子循环功输出效率量子统计热力学;

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专利

1. Ecological Optimization Performance of An Irreversible Quantum Otto Cycle Working with an Ideal Fermi Gas [J] . Feng Wu, Lingen Chen, Fengrui Sun, Open Systems & Information Dynamics . 2006,第1期

机译：具有理想费米气体的不可逆量子奥托循环的生态优化性能
2. Optimum performance analysis of an irreversible quantum cryogenic refrigeration cycle working with an ideal Bose or Fermi gas [J] . Lin BH, Chen JC Physica Scripta: An International Journal for Experimental and Theoretical Physics . 2008,第5期

机译：使用理想玻色或费米气体的不可逆量子低温制冷循环的最佳性能分析
3. Comments on "Entransy analysis and optimization of performance of nano-scale irreversible Otto cycle operating with Maxwell-Boltzmann ideal gas" [J] . Awad M. M. Chemical Physics Letters . 2017,第期

机译：评论“使用Maxwell-Boltzmann理想气体运行的纳米尺度不可逆转奥托循环性能优化分析和优化”
4. Performance Analysis of an Irreversible Otto Cycle using Finite Time Thermodynamics [C] . Hemant B. Mehta, Omprakash S. Bharti World Congress on Engineering . 2009

机译：使用有限时间热力学对不可逆奥托循环的性能分析
5. Quantum degeneracy and interactions in the rubidium-87-potassium-40 Bose-Fermi mixture. [D] . Goldwin, Jonathan Michael. 2005

机译：ose 87-钾40 Bose-Fermi混合物中的量子简并和相互作用。
6. Finite-Time Thermodynamic Modeling and a Comparative Performance Analysis for Irreversible Otto Miller and Atkinson Cycles [O] . Jinxing Zhao, Fangchang Xu 2018

机译：有限时间热力学建模与不可逆转奥托米勒和阿特金森循环的比较绩效分析
7. Optimum performance analysis of an irreversible quantum cryogenic refrigeration cycle working with an ideal Bose or Fermi gas [O] . Lin B. H., Chen J. C., 林比宏, 2008

机译：使用理想Bose或Fermi气体的不可逆量子低温制冷循环的最佳性能分析

Quantum degeneracy effect on performance of irreversible Otto cycle with ideal Bose gas

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