1) magnetic Brayton refrigeration cycle
磁布雷顿制冷循环
1.
Using the paramegentic salt restricted to the Curie law as the working substance,a general model of magnetic Brayton refrigeration cycle is established.
基于统计力学的性质推导出了顺磁系统的热力学关系,并构建了以满足居里定律的顺磁材料为工作物质的一般磁布雷顿制冷循环模型。
2) Brayton refrigeration cycle
布雷顿制冷循环
1.
Performance characteristics of an irreversible regenerative Brayton refrigeration cycle working with an ideal Bose gas;
不可逆回热式玻色布雷顿制冷循环性能分析
2.
Based on an irreversible model of a regenerative Brayton refrigeration cycle,expressions for several important performance parameters such as the cooling load,coefficient of performance,and power input,and the optimal relation between the cooling rate and the coefficient of performance were derived.
基于回热式不可逆布雷顿制冷循环模型,导出循环的制冷率、性能系数和输入功率等一些重要性能参数的一般表达式及制冷率和性能系数之间优化关系所满足的方程,研究回热和各种不可逆性对其优化性能的影响,讨论了循环的优化运行区间及其性能界限,确定了最佳传热面积。
3.
Based on the irreversible Brayton refrigeration cycle model, the satisfied equation about the optimal relation between the cooling rate and the coefficient of performance is derived.
基于不可逆布雷顿制冷循环模型 ,导出循环制冷率和性能系数之间优化关系所应满足的方程 ,利用数值解 ,研究内不可逆性和传热不可逆性对优化性能的影响。
4) Brayton cycle
布雷顿循环
1.
Performance analysis for a reheated endoreversible Brayton cycle with heat resistance and heat leakage;
具有热阻和热漏的再热布雷顿循环性能分析
2.
Power density analysis of an endoreversible closed intercooled regenerated Brayton cycle coupled to variable-temperature heat reservoirs;
变温热源内可逆中冷回热布雷顿循环功率密度分析
3.
Power and efficiency characteristic for an endoreversible closed intercooled regenerated Brayton cycle;
内可逆闭式中冷回热布雷顿循环功率效率特性
5) Reverse-Brayton cycle
逆布雷顿循环
1.
To study the performances of Reverse-Brayton cycle air refrigerator, low temperature turbo expander and heat exchanger, the Reverse-Brayton air refrigerator with 30Nm 3/hr small turbine has been established by Institute of Refrigeration and Cryogenic Engineering of Xi an Jiaotong.
随着高效紧凑换热器和低温透平膨胀机特别是高速气体轴承透平膨胀机的发展 ,逆布雷顿循环空气制冷机在普冷和深冷领域拥有更广阔的应用前景。
6) reverse Brayton cycle
逆布雷顿循环
1.
The performance analysis and optimization of helium cryogenic cooling system with reverse Brayton cycle for cold neutron source;
冷中子源逆布雷顿循环氦制冷机性能分析和优化
2.
A reverse Brayton cycle with advance refrigeration of liquid nitrogen and four cycles with advance expander refrigeration were designed to provide 17.
5 K的低温冷源,设计了逆布雷顿循环的液氮预冷模式和4种膨胀机预冷模式,并对这5种循环模式进行热力分析和分析,获得了各循环模式下的主要热力参数并分析比较了各自的热力性质。
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1.犹当下，立刻。
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