斯特林循环

逆斯特林循环在CFCs替代技术中的地位

The Position of Reversed Stirling Cycle in CFCs Alternative Technology

斯特林循环制冷机热力传热和流动过程的模拟分析

A computational simulating analysis of working processes of Stirling cycle refrigerator

利用一种量化的评估方法，对逆斯特林循环进行全面评估，给出了逆斯特林循环在CFCs替代技术中的地位。所得结论对CFCs替代技术的研究具有一定的参考价值。

An assessment method that uses a kind of quantification carries out overall assessment for the reversed Stirling-cycle , gives the position of the reversed Stirling-cycle in CFCs alternative technology and gets conclusion having a value for the research of CFCs alternative technology .

逆斯特林循环应用在空调中的理论研究

Theoretical Study of Reverse Stirling - Cycle in Air - conditioning

斯特林循环的计算机模拟分析及实验研究

Computational simulation analysis and experimental research of a Stirling cycle

应用多变过程来分析斯特林循环性能。

The polytropic processes are used for the performance analysis of Stirling cycle .

正反向量子斯特林循环有限时间热力学性能界限和优化准则

Finite Time Thermodynamic Performance Bound and Optimization Criterion for Forward and Reverse Quantum Stirling Cycles

介绍了一种基于高效斯特林循环的热声制冷机的基本原理及主要组成。

This article analyzing Stirling cycle and comparing it with the evaporation compression refrigerating cycle .

分置式斯特林循环制冷机

Separate Stirling cycle refrigerator

第一斯特林循环制冷机是飞利浦在20世纪50年代和商业等地空气液体生产厂。

The first Stirling-cycle cryocooler was developed at Philips in the1950s and commercialized in such places as liquid air production plants .

泡沫铝翅片传热和流动特性的实验研究斯特林循环制冷机热力传热和流动过程的模拟分析

An experimental investigation on the flow and heat transfer characteristics for aluminum foam a computational simulating analysis of working processes of Stirling cycle refrigerator

本文构建了一个由布雷顿循环与斯特林循环组成的新型联合循环，用有限时间热力学的方法分析具有热阻、热漏的布雷顿与斯特林联合循环性能。

A combined Brayton and Stirling cycles with heat resistance and heat leakage is created , the performance of the combined Brayton and Stirling cycles is analyzed by using finite-time thermodynamics .

这种机型中由于经历的是可逆斯特林循环，它的能量转换效率较驻波型有本质性的提高，已经可以同传统的发动机（如内燃机）相媲美。

The system employs the inherently reversible Stirling cycle , and then its thermodynamic efficiency can easily surpass that of standing-wave system and is even comparable to that of the traditional internal combustion engines .

采用有限时间热力学深入研究了恒温热源一恒温冷源和变温热源一恒温冷源液氮发动机朗肯循环、布雷顿循环和斯特林循环的优化和对比；

Based on the finite time thermodynamic theory , the thesis discusses the optimization of Rankine cycle , Brayton cycle and Stirling cycle between constant temperature heat source and constant temperature heat sink or between variable temperature heat source and constant temperature .

在内可逆斯特林循环的基础上，进一步讨论热漏对循环的影响。导出了考虑热阻、热漏和有限速率过程的内可逆斯特林热机的基本优化关系。

On the basis of endoreversible Stirling cycle , the influence of heat leak on the cycle is discussed and the basic optimal relation of Stirling engine is derived by taking account of heat resistance , heat leak and finite speed rate process .

可逆脉管制冷循环与斯特林制冷循环的比较

Comparison Between the Reversible Pulse Tube Refrigeration Cycle and Stirling Cycle

双作用斯特林发动机循环均匀性研究

Study of the Cycle Balance for Double - acting Stirling Engines

不可逆回热铁电斯特林制冷循环的优化分析

Optimal analysis on a Ferroelectric Stirling refrigeration cycle with generative loss

回热损失对铁电体斯特林制冷循环性能影响

The Effect of Regenerative Losses in Ferroelectric Stirling Refrigeration Cycle

气体斯特林热机循环的生态学优化研究

An Ecological Optimization Criterion for a Gas Stirling Engine Cycle

基于斯特林制冷循环的新型低温冰箱

A new low-temperature freezer based on Stirling refrigeration cycle

进而利用热力学循环具有理想回热条件的普遍判据，分析了铁电斯特林制冷循环和埃里克森制冷循环的回热特征。

The Ericsson and Stirling cycles are two of the important regenerative thermodynamic cycles .

斯特林致冷循环致冷率与熵产生率的协调优化性能

Optimum performance of Stirling refrigerator with the refrigeration rate in cooperation with the entropy production rate

混合热阻条件下铁电体斯特林制冷循环性能优化研究

Optimal Performance Characteristics of a Ferroelectrics Stirling Refrigera-tion Cycle with Regeneration under the Condition of Mixed Heat Resistance

存在热漏的内燃机与斯特林联合循环的有限时间的热力学研究

Finite time thermodynamics of real combined power cycle operating between internal combustion engine and Stirling engine with heat leak

本文应用了一种回热式不可逆气体斯特林热力学循环热机模型，它不仅考虑了热传导引起的不可逆性，也考虑了回热损失引起的不可逆性。

An irreversible model for Stirling gas regenerative engine cycle is presented in this paper , in which heat resistance and regenerative losses are considered .

给出铁磁质的热力学性质，并由此讨论了磁斯特林制冷循环的性能，得到一些普遍的结论。

The thermodynamic properties of ferromagnetic substance are given and used to discuss the performance of a magnetic Stirling refrigeration cycle . Some general conclusions are obtained .

基于理想量子气体的状态方程，分析了量子气体斯特林制冷循环中的回热特征，推导出循环的制冷系数一般表达式。

Based on the equation of state of the ideal quantum gas , regenerative characteristics of the quantum Stirling refrigeration cycle is analyzed . The general expression for the coefficient of performance is derived .

从铁磁质的磁化强度一般表示式出发，探讨热阻和回热损失对磁斯特林制冷循环性能的影响，导出最大制冷率及其它性能参数。

The effect of thermal resistances and regenerative losses on the performance of a magnetic stirling refrigeration cycle is studied with the beginning from a general expression of the magnetization intensity of ferromagnetic materials . The maximum cooling rate and other performance parameters are derived .

斯特林发动机的循环分析和计算

Cycle analysis of Stirling engine