作为回热循环中的关键部件，回热器性能的好坏对于燃气轮机效率的提高至关重要。
Recuperator, as the key part in recuperated cycle, plays the important role in efficiency increasing of gas turbine.
本文研究了温差能驱动装置的循环过程，从热力学的角度分析了它的热循环机理，给出了装置热效率的估算方法。
This thesis investigates the circulation processes of the drive-device, analyses the principle of heat circulation processes and shows the way to estimate the device's thermal efficiency.
提出一种带回热的新型节能燃气灶，即采用回热循环来提高燃气灶的热效率。
A new type of energy saving gas stove with heat recovery is proposed, which adopts heat regenerative cycle to improve gas stoves thermal efficiency.
对采用回热循环的微型燃气轮机进行了正、反平衡效率分析，推导了正、反平衡效率一致性的数学模型。
In this paper, the exergy analysis of the positive and reverse balances on micro-turbine(MT) regenerative cycle is made and the mathematical models of the identity between two balances are deduced.
对采用回热循环的微型燃气轮机进行了正、反平衡效率分析，推导了正、反平衡效率一致性的数学模型。
In this paper, the exergy analysis of the positive and reverse balances on micro-turbine(MT) regenerative cycle is made and the mathematical models of the identity between two balances are deduced.
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