1) ecological optimal performance
生态学优化性能
1.
The exery economy optimal performances of refrigerator were derived and the internal relation between it and the ecological optimal performance was revealed.
应用有限时间热力学理论,基于利润率为目标函数,对牛顿传热规律下四热源吸收式制冷机进行优化分析,导出制冷机的经济优化性能,揭示了其与生态学优化性能的内在联系。
2.
The exergoeconomical optimal performance and the ecological optimal performance of an Ericsson heat engine under the influence of thermal resistance and regenerative loss was studied.
研究存在热阻和回热损失的埃里克森热机的火用经济优化性能和生态学优化性能,得到一些新的性能参数,并揭示了经济优化性能与生态学优化性能间的联系,所得结果具有普遍意义,可为埃里克森热机的研制和优化设计提供些新理论指导。
3.
The exergoeconomical optimal performance of refrigerator is derived, and the internal relation between it and the ecological optimal performance is revealed.
基于利润率为目标函数,对牛顿传热规律下一类三热源制冷机进行优化分析,导出制冷机的(火用)经济优化性能,并揭示了它与生态学优化性能的内在联系。
2) ecological optimization
生态学优化
1.
On the basics of this model an exergy-based ecological optimization criterion is used to achieve the best compromise between the exergy-output rate and exergy-loss rate.
应用基于(火用)分析的生态学优化准则对循环(火用)输出率和循环(火用)损率进行协调优化。
2.
The optimal ecological performance of Newton s law generalized irreversible Carnot engines with the losses of heat-resistance, heat leak and internal irreversibility is derived by taking an ecological optimization criterion as the objective, which consists of maximizing a function representing the best compromise between the power output and entropy production rate of the heat engine.
生态学优化以牺牲小部分输出功率为代价,较大地降低了循环的熵产率,而且在一定程度上提高了热机效率。
3) ecological