Based on quantum mechanics and thermodynamics, a model of Carnot refrigeration cycle is proposed in which the working substance is composed of micro-particles contained in a potential well.
本文根据量子力学和热力学理论，提出了一种以大量的处在无限深势阱中的微观粒子为工质的量子卡诺制冷循环模型。
A new injecting absorption refrigeration cycle is put forward.
提出了引射吸收式制冷循环。
In a filling step (S10), a refrigeration cycle is filled with carbon dioxide.
在填充步骤(S10)中，对制冷循环回路填充二氧化碳。
The results obtained here are also suitable for a magnetic Stirling refrigeration cycle using a paramagnetic salt …
并指出在理想回热条件下的结论也适用于磁卡诺制冷循环。
According to the Performance Analysis of overcooled refrigeration cycle, it shows the operation principle of the system.
通过对过冷式制冷循环的工作特性的分析，揭示了此系统的运行原理。
The impact of the unwanted gases on the ideal solar powered solid adsorption refrigeration cycle is also discussed in the paper.
本文还讨论了这些有害气体对太阳能固体吸附制冷循环的影响。
Acknowledge the main factors which have influence on coefficient of performance of refrigeration cycle and the way to improve it.
了解分析影响各种制冷循环的制冷系数的主要因素及提高制冷系数的途径。
R22 is the main present refrigerants used in cascade refrigeration cycle, which are controlled materials and need to be replaced.
摘要目前复叠式制冷循环中采用的R22制冷剂属于受控物质，需要寻求新的替代制冷剂。
The method for using the two equations to calculate the thermodynamic characteristics of an LiBr absorption refrigeration cycle is introduced.
进而介绍了利用这两个方程在电子计算机上进行溴化锂吸收式制冷循环热力计算的方法。
Moreover, a numerical simulation was carried out for the regenerative room-temperature magnetic refrigeration cycle based on the new parameters.
并依此参数的新表达式对回热式室温磁制冷循环进行数值计算。
The results show that N2O plays a better comprehensive performance than CO2 in transcritical two stage compression expander refrigeration cycle.
将天然工质N2O用于跨临界循环，建立了相应的理论模型，比较了CO2和N2O用于跨临界两级压缩膨胀制冷循环的性能。
Moreover, it is pointed out that the results obtained under the condition of perfect regeneration are suitable for a magnetic Carnot refrigeration cycle.
并指出在理想回热条件下的结论也适用于磁卡诺制冷循环。
Using the paramagnetic 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。
The mathematical model of refrigeration cycle system and the object model of the temperature control for the operator cabin are put forward in the paper.
并最终建立了制冷循环系统的数学模型和驾驶室温度控制的对象模型。
The performance parameters of adsorption refrigeration of different adsorption working pairs were studied on experimental device of adsorption refrigeration cycle.
在吸附制冷循环实验装置上研究了吸附工质对的制冷性能参数。
The system could carry on the single-series refrigeration cycle, double-series refrigeration cycle and cascade refrigeration cycle through the designed regulating station.
通过设计的调节站，该装置可以进行单级制冷循环、双级制冷循环以及复叠式制冷循环。
By comparing with the R13 - R22 and NH3 - NH3 cascade refrigeration cycles, the obvious advantage of the CO2-NH3 cascade refrigeration cycle, at low temperature is demonstrated.
通过与R13-R22和NH3 - NH3复叠式循环的比较，可以看出CO2 - NH3的复叠式制冷循环在低温制冷条件下有明显优势。
According to the principle of overcooled refrigeration cycle, a new type residential ice storage air - conditioning system was designed and its operating process was introduced.
基于大过冷度制冷循环的原理，提出了一种新颖的家用冰蓄冷中央空调系统，并对此系统的工作过程进行了详细介绍和分析。
Calculates the performances of refrigerator refrigeration cycle of standard operating condition and that of variable operating condition for DME, HFC134a and HC600a theoretically.
对它们的冰箱标准工况制冷循环性能和变工况制冷循环性能进行理论计算及分析。
Pr equation was adopted to calculate the thermodynamic properties of the refrigerants, and the available energy analysis for the vapor compression refrigeration cycle was programmed to calc...
利用PR方程计算制冷剂的热力学性质，编写了蒸气压缩制冷循环的有效能分析程序，分别对传统和新提出的冷藏冷冻箱制冷循环进行了计算。
Some methods are introduced to rebuild the normal cold storages into super-low temperature cold storages for full use of cascade refrigeration cycle with low production costs and energy expenditure.
针对我国冷库多、贮藏量大，但超低温冷库很少这一现状，介绍了在原有冷库的基础上，利用复叠式制冷方法将原有的部分冷库加装改造成超低温冷库，从而达到降低成本和节能的目的。
The Auto Cascade Refrigeration Cycle (ACR) requires only one compressor with the non-azeotropic refrigerant mixture (NARM), which is very popular for its particular excellence.
自行复叠制冷循环采用非共沸混合工质作为制冷剂，而且只采用一台压缩机，正是这些独特的优点使其受到了广泛的关注。
The Auto Cascade Refrigeration Cycle (ACR) requires only one compressor with the non-azeotropic refrigerant mixture (NARM), which is very popular for its particular excellence.
自行复叠制冷循环采用非共沸混合工质作为制冷剂，而且只采用一台压缩机，正是这些独特的优点使其受到了广泛的关注。
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