1) Exergy cost
火用价格
2) exergy
火用
1.
Analysis of performance and exergy efficiency of rotary wheel;
除湿转轮除湿性能及效率分析
2.
Calculations and exergy analysis on several kinds of liquefaction processes of natural gas;
几种典型的煤层气液化流程计算及分析比较
3.
Experimental study on equivalent thermal exergy transfer coefficient of gas-injected well in situ combustion;
火烧注气井等效热传递系数的实验测定研究
3) exergy
（火用）
1.
The Maching-Optimism on Buildings Cool and Heat Source and the Recovery of Condensation Heat Based on Exergy Analysis;
基于（火用）分析的冷热源优化匹配方法及冷凝热回收技术研究
2.
On the basis of expounding the conception and characteristics of engineering exergy transfer, evaluating criterions of transform processes of different exergy are discussed, including stable state and unstable state exergy transferring process.
在阐述工程（火用）传递的概念及其特点的基础上,探讨了不同形式（火用）的转换过程的评价准则,稳态与非稳态（女用）传递过程的评价准则。
4) exergy analysis
火用分析
1.
Moreover,the differences in theoretical principle,available quantitative estimation and the connection with water environmental standard between exergy analysis and ot.
从火用与环境的本质关系出发,阐述了火用分析应用于环境问题领域的理论基础和方法,通过对水体污染火用的计算来确定水体的水质状况,实现了对水质分析的定量化和统一化,并阐明了其物理意义。
2.
The model of exergy analysis for the NGL cryogenic separation plant was represented,and the assessment rules and count formulae of exergy analysis for the NGL plant were given.
将天然气深冷分离装置划分为6个子系统,采用“三箱”分析方法,建立了NGL装置的火用分析模型,并给出了具体分析过程和评价指标。
3.
Energy equilibrium analysis and exergy analysis model are established for steam injection boiler system and equipment.
根据注汽锅炉特点,建立了系统及设备能量平衡分析及火用分析模型,给出了评价准则及计算公式;根据测试数据对一在用的注汽锅炉系统进行了分析计算,给出了主要计算结果,并根据计算结果提出了一些改进建议。
5) exergy analysis
（火用）分析
6) exergy transfer
（火用）传递
1.
On the basis of expounding the conception and characteristics of engineering exergy transfer, evaluating criterions of transform processes of different exergy are discussed, including stable state and unstable state exergy transferring process.
在阐述工程（火用）传递的概念及其特点的基础上,探讨了不同形式（火用）的转换过程的评价准则,稳态与非稳态（女用）传递过程的评价准则。
2.
An exergy transfer equation set for fully developed turbulent flows under constant temper-ature is derived, with which exergy transfer of turbulent flow through a duct with constant mass flux is investigated.
导出了常温下充分发展湍流（火用）传递方程组,依此研究了界面常质量流管内湍流（火用）传递,研究了由于粘性耗散、径向和轴向传质不可逆性引起的（火用）损率随流体性质、边界条件及空间位置的变化规律,分析了不同地点由于不同过程产生（火用）损失的机理。
参考词条
补充资料：居民生活费用价格指数
jumin shenghuo feiyong jiage zhishu
居民生活费用价格指数
price index of residents’ living expenses
见消费物价指数。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。