exergy
美 [ɜk'sɜrdʒɪ]英 [ek'sɜ:dʒɪ]
- n.可用能；放能
- 网络火用；火用流；有效能
exergyexergy
火用
采暖通风与空气调节术语标准_中国百科网 ... 第6.1.20条 熵 entropy 第6.1.21条 火用 exergy 第6.1.22条 火无 anergy ...
可用能
3.5 可用能（Exergy）与熵增率（Entropy generation rate） 24 3.5.1 可用能 24 3.5.2 熵增率 25 3.6 数值方法 26 3.6.1 离散（Di…
火用流
这些生产过程的能量流、物质流、火用流（exergy）按最优原则耦合在一起，比分别生产相关产品在基本投资、单位产品成本…
有效能
用来描述热量质量的物理量为有效能 （Exergy） 又称为 ， 而热量中不能对外作功的部分称为 （Anergy） 。 2 ， 它表示热量 …
能质
1)通过引入系统能质(Exergy)变化指数δEX，建立了利用SSD评估生态系统水平上生态风险的基本方法；根据水生生态系统中不 …
放射本领
物理专业词汇英语翻译--hailang031的博客 ... exclusive reaction 排斥反应 exergy 放射本领 exit pupil 出射光瞳 ...
火用质
对高炉炉顶煤气作能质、火用质 (exergy)分析 :其温度火用及压力火用仅占其总火用质的 1%～3.2 % ,而其化学火用占 97%～ 99…
有效能损失曲线
...组合曲线 、水力学分析（Hydraulics）、 有效能损失曲线（Exergy） （后四种图用于精馏塔的热力学 分析和水力学分析） …
1
taking the wall type heater as an example, author has calculated the exergy efficiency in the heat transfer proc. . .
以间壁式换热器为例，计算了传热过程中的效率。
2
among heat recovery technologies, recovery by chemical reaction is promising due to its low exergy losses.
经过分析，离心粒化和化学法回收热能很有发展前途。
3
Research of the exergy distribution mainly involves influence of speed and load on the energy efficiency of the system.
工作过程可用能分布主要研究了负荷和转速对系统能效的影响。
4
The exergy-economic analysis was carried out with subject model for equip: cents of synthetic acetic acid.
运用文题模式对乙酸合成装置进行经济分析。
5
The comparison between thermal efficiency and exergy efficiency of natural gas combustion and utilization process is introduced.
介绍了天然气燃烧利用过程的热效率与炯效率的比较。
6
More differences in temperature and heat exchange loads are the primary reasons of exergy loss in heat exchangers.
较大的温差和换热负荷是造成换热器火用损失的主要原因；
7
The key measures to reduce its exergy loss are reduction temperature difference and raising temperatures of hot and cold source.
减少（火用）损失的关键措施是减小冷热源之间的传热温差、提高冷热源的温度水平。
8
By applying the thermodynamic principles and transfer theories, the exergy analysis of flow of fluids is made.
本文运用热力学和传递过程的理论，对流体流动过程进行了（火用）分析。
9
Introduces the concepts of available anergy and reduced exergy by analysing the energy utilization process.
通过对其能量利用过程的分析，引入可用和折合的概念。
10
Handbook for Ordinary Water and Steam Parameters with Exergy.
具有参数的水和水蒸气性质参数手册。
11
Both the performance and exergy efficiency are the biggest under the optimal rotary speed.
除湿转轮在最佳转速下运行时其除湿性能及（火用）效率同时达最大；
12
The main reason for the exergy loss of the solar heat pipe receiver is irreversible exergy loss of heat transfer.
得出热管式太阳能吸热蓄热器（火用）损失的主要原因是传热的不可逆性引起的（火用）损失。
13
fifth, on the design condition, the exergy efficiency of water chiller with heat recovery system can increase around 5%.
由于从废热中提取了部分的热能，在设计工况下，冷水机组的（火用）效率提高了5%左右。
14
In order to improve the exergy efficiency of refrigeration cycle, several optimizing schemes are proposed and analyzed respectively.
从提高火用效率的角度对压缩制冷循环提出了几种优化方案并作了相应的分析计算。
15
Based on the results above, exergy economic coefficient is used to analyze account for two factors, technology and economy.
并在此基础上采用火用经济系数，兼顾技术与经济两方面因素进行分析。
16
Exergy analysis is discussed and qualitative analysis is also discussed toward an example.
对该系统进行了烟分析，并列举实例进行定性分析。
17
The exergy loss of primary steam after temperature and pressure reduction is calculated.
计算了一次蒸汽经减温减压后的（火用）损失。
18
Thermodynamic consistence of concept of exergy and its expression
概念与其表达式的热力学一致性研究
19
Exergy consumption in the absorption method is low, less than tow-thirds of the condensation method;
吸收法分离合成氨的（火用）耗低，不足冷凝法的三分之二；
20
Exergy Analysis on the Performance of a Multi-stage Irreversible Combined Refrigeration Cycle
多级不可逆耦合制冷循环性能的火用分析
21
Exergy Analysis of the Combustion Chamber of a Biomass Integrated Gasification Combined Cycle (BIGCC)
生物质整体气化联合循环中燃烧室的（火用）分析
22
Exergy analysis of refrigeration cycle of a direct-contact ice storage system
直接接触式冰蓄冷系统制冷循环的火用分析
23
Exergy-economic Evaluation of a Heat Exchanger Performance
换热器性能的经济评价
24
Exergy Study of Thermal Plasma Reactor for Acetylene Production from Coal
煤等离子热解制乙炔反应器可用能利用研究
25
Exergy Transfer Equation for Turbulent Flows and Its Applications
湍流传递方程及其应用
26
The Exergy Calculation and Analysis for the Reactor of the High Pressure Polyethylene
高压聚乙烯反应器的计算与分析
27
Highly Efficient Recovery System of Low-temperature Waste Heat and the Evaluation of its Exergy
低温废热高效回收系统及其火用评价
28
Exergy-economic coefficient in selection of refrigeration system
经济系数在制冷方案选择中的应用
29
Investigation on analysis of exergy in designing intercooler of marine gas turbines
火用分析在设计舰用燃气轮机中间冷却器中的应用
30
Application of Exergy Analysis in Environment Evaluation
有效能分析在环境评价中的应用