1) ratio of heat load to power
热耗比
1.
Based on the process of analyzing the single-phase fluid loop system,a characteristic parameter(F)which is definited as a ratio of heat load to power is brought forward to measure the performance of the fluid.
流体工质的选择是单相流体回路设计的一项重要内容,文章概述了流体工质的基本性能参数与选择标准,简要介绍了单相流体回路的分析计算过程,提出了能初步衡量工质优劣的一个特征性能参量热耗比F,设定3种工况条件,分别绘制了6种工质的热耗比F随温度的变化曲线,将比较结果应用于一个流体双回路系统的内回路,在SINDA/FLUINT中建立数值仿真模型,计算结果显示利用热耗比F可以对流体工质进行初步的优选。
2) specific heat consumption
比热耗
3) ratio of electricity consumption to transferred heat quantity
耗电输热比
1.
In this paper,the concept of expected value of ratio of electricity consumption to transferred heat quantity(EHR_(ac-e)) was put forward,which was useful for inspecting and evaluating the transfer energy consumption in central water heating system.
本文提出了采用实际耗电输热比期望值(EHRac-e)对采暖系统实际输送能耗进行检测评价的构想,并结合《民用建筑节能设计标准》(采暖居住建筑部分)(JGJ 26-86)编制组1983~1984年的测试数据,得出了EHRac-e。
4) exergy consumption ratio
比耗
1.
Furthermore,validates the truth that the least exergy consume ratio is same for any reversible dehumidifying process,and from the least exergy consumption ratio,presents the thermodynamics consummating degree of the dehumi.
综合分析除湿过程中可能存在的5种能量交换方式,给出除湿过程比耗的表达式,提出回收率的概念,并根据理想除湿过程,得到除湿过程的最小比耗。
5) location heat consumption ratio coefficient
位置耗热量比例系数
1.
Through the comparative analysis of the acquired data from 2006 to 2007 in a metered heating residential area,the location heat consumption ratio coefficient that reflects the influence of user room locations on their metered heat is calculated.
通过对2006年—2007年某计量供热住宅小区采集的数据进行对比分析,计算出反映用户房间位置对其用热量影响的位置耗热量比例系数。
6) ratio of air infiltration energy consumption to conduct energy consumption
渗风与传热能耗比
补充资料：耗耗
1.方言。老鼠。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条