Ericsson cycle
- Ericsson cycle的基本解释
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埃里克森循环
- 更多网络例句与Ericsson cycle相关的网络例句 [注：此内容来源于网络，仅供参考]
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Moreover, the influence of the temperature of heat reservoir on the performance of ferromagnetic magnetic Ericsson refrigeration cycle was investigated.
利用典型室温磁制冷材料Gd进行了数值计算，得到以下结论：居里点附近是循环中的重要转折点，低于居里点会出的情况，一旦高于居里点则只有的情况；越高对应的高温热源最大值越高；相同高、低温热源条件下，磁场越大变化率越小。
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On the basis of the molecular-field theory and thermodynamics of magnetic system, the relation between heat and magnetic entropy change of the regenerative room-temperature magnetic Ericsson refrigeration cycle was analyzed in our study.
结合分子场理论和磁系统热力学知识，分析了回热式室温磁Ericsson制冷循环中热量和磁熵的关系，重点研究了热源温度对铁磁质磁Ericsson制冷循环性能的影响。
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An Ericsson cycle model under the influence of thermal resistance and regeneration loss is established and a basic optimization relation of the cycle deduced, using output power as a target function.
建立受热阻和回热损失影响的埃里克森循环模型，以输出功率为目标函数，导出循环的基本优化关系式。
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On the basis of the molecular-field theory and thermodynamics of magnetic systemthe relation between heat and magnetic entropy change of the regenerative room-temperature magnetic Ericsson refrigeration cycle was analyzed in our study.
结合分子场理论和磁系统热力学知识，分析了回热式室温磁Ericsson制冷循环中热量和磁熵的关系，重点研究了热源温度对铁磁质磁Ericsson制冷循环性能的影响。
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Ericsson cycle provides the maximum efficiency at a certain temperature ratio, and the performance of any other thermodynamic cycle can be got by revising the performance of Ericsson cycle with component-perfection coefficients and cycleperfection coefficient.
该公式有很强的功能，可以估算循环的热效率、比功、水气比、极限效率、各设备性能对循环性能的影响以及采用再热手段后循环的性能，而且具有很高的精度，热效率与精确计算相比相对误差在0.5％以内。
- 加载更多网络例句 (1)
- 更多网络解释与Ericsson cycle相关的网络解释 [注：此内容来源于网络，仅供参考]
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Ericsson cycle：艾力松循環
ergonomics 生物工學;人體工學 | Ericsson cycle 艾力松循環 | erk 地勤人員
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Ericsson cycle：埃里克森循环
ericoid type mycorrhiza ==> 杜鹃科型菌根 | Ericsson cycle ==> 埃里克森循环 | Ericsson screw ==> 埃里克森螺纹