1)  heat recovery rate
废热回收率
1.
Simulates the effects on the PER when heat recovery rate, heat pump performance coefficient and the ratio of generating electricity energy to total energy are changed in different seasons, and compares the PER under the different combined supply energy conditions.
分析了燃气机热泵热电冷三联供系统节能的热力学原理及应用优势,探讨了不同季节采用不同的联供运行模式一次能源利用率PER的情况,并就影响PER的主要因素——废热回收率、热泵性能系数及用于发电的燃气能量占燃气总能量的比例的变动效应进行了模拟计算,给出了燃气机热泵不同联供运行工况下PER的对比及规律。
2)  exhaust heat
废热
1.
Experiment on heat pumps with exhaust heat recovery from kitchens;
厨房排气废热回收热泵的试验研究
2.
Thermodynamic cycle of exhaust heat recovery turbineand methanol decomposition fueled ICE combination;
废热裂解甲醇内燃机复合循环研究
3)  waste heat
废热
1.
Evaluation of a power generation cycle for recovering waste heat of PAFC and cold energy of LNG;
回收PAFC废热与LNG冷能的动力循环分析
2.
Performance of heat pipe for waste heat lithium-bromide refrigerator driven by exhaust gas of diesel engine;
柴油机废烟气驱动的热管废热溴化锂制冷机运行特性
3.
The work that the theme is The Key Technology,Equipment and Features of Design for Large-sized Sulfur-burning Sulfuric Acid Plant prepared by SINOPEC Nanjing Design Institute is outlined,and highlights the issues including waste heat recovery and its utilization,and the relationship between selection of main equipment and energy saving.
介绍了由中国石化集团南京设计院编制的《大型硫磺制酸装置设计的关键技术和设备及其特点》,重点叙述了废热回收和利用及主要设备的选择与节能的关系等问题,认为应充分和有效地利用能源,合理地选择技术和设备,实现投资最小化和节能最大化的节能型硫磺制酸装置建设。
4)  waste heat recovery
废热回收
1.
Discussion of the energy saving potential and waste heat recovery by material accounting for tire enterprises;
从物料衡算的角度谈轮胎企业废热回收节能潜力
2.
3 MPa and 470℃,typically adopted by waste heat recovery systems of sulphur-burning sulphuric acid plants are conducted from the point of view of exergy and project investment.
从(火用)和工程投资的角度对硫磺制酸装置废热回收系统的三种典型蒸汽参数(3。
3.
Concentrate feed policy, oxygen-enriched air roasting and waste heat recovery of sulphuric acid plants based on pyrite are described.
介绍了硫铁矿制酸的精料政策、富氧焙烧和废热回收情况。
5)  heat recovery
废热回收
1.
However, there are few heat recovery methods to be used in the indoor swimming pool of China.
基于国内室内游泳馆能耗较高且大部分未设热回收装置的现状,讨论了利用热泵对游泳池供暖除湿的同时实现废热回收的系统设计方案以及回收效果,提出了利用太阳能辅助热泵运行的思想,并给出联合运行的设计方案。
6)  waste heat boiler
废热锅炉
1.
Cause and measures to body-flange leakage of waste heat boiler;
废热锅炉本体法兰泄漏原因及对策
2.
Development and Application of the New Type Transformation Gas Waste Heat Boilers;
新型转化气废热锅炉的开发应用
3.
Structure improvement of tube-to-tubesheet joint of waste heat boiler;
废热锅炉管板与换热管接头结构改进
参考词条
补充资料:回收率(recovery)
【回收率】(recovery)在分析化学中,用以判断分析过程是否存在系统误差,或在分离与富集过程中用以衡量分离效果的一个量。常用下式表示:回收率=(最后测得量(或分离后测得量)/实际加入量(或原来含量)`\times`100。其值越高越好。但在实际工作中,对其大小的要求应根据被测组分的含量而定。通常对浓度在1以上的组分,其值应在99以上;而对于微量组分,一般达95或90左右即可。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。