1) exergy loss
火用损
1.
Mathematical model of exergy loss based on signal flow diagram theory for thermal system of 200 MW units;
基于流图理论的200MW机组热力系统火用损模型
2.
Equations of rate of exergy loss for shell and tube exchanger are derived.
导出了管壳式换热器的火用损率计算公式 ,对影响功火用损的因素进行了分析。
3.
It calculates the exergy loss of 2 sets of typical regenerative systems(200MW & 600MW)by the software MathCAD, based on the generalized exergy loss distribution matrix equation of regenerative systems of coal-fired power unit; then compared with the results which calculated by the traditional calculating methods.
根据火电机组回热系统火用损分布的通用矩阵方程,运用MathCAD软件计算了200MW和600MW机组两套典型回热系统的火用损,并与传统火用损计算方法的计算结果进行比较,详细介绍了该方程的应用方法和使用技巧。
2) specific of exergy loss
火用损比
3) exergy loss
(火用)损失
4) exergy loss
火用损失
1.
Some effect factors on the exergy efficiency of cycle and the exergy loss of components such as compression ratio of compressor,isentropic efficiency of expander,cold energy loss,and temperature difference in heat exchangers are discussed.
找出了系统火用效率和各部件火用损失随着压缩机压比、膨胀机等熵效率、跑冷量、换热器冷热流体平均温差变化的规律,并提出减小循环跑冷量、换热器内冷热流体温差,以及提高压缩机压比、膨胀机等熵效率、物料分配均匀度以提高循环性能和系统火用效率的措施。
2.
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。
3.
The results show that exergy loss of the designed intercooler is very small.
计算结果表明 ,由此方法设计的中间冷却器火用损失较
5) exergy destruction
(火用)损耗
6) exergy loss rate
火用损率
1.
On the basis of the literatures[4-7],the relation between exergy loss rate and refrigeration coefficient of a carnot refrigerator is derived.
在文献 [4～ 7]的基础上 ,本文导出了卡诺制冷机的火用损率与制冷系数间的关系 ,并且分析了各种因素对该关系的影
补充资料：扣损余额全损
扣损余额全损
【扣损余额全损]财产保险理赔业务常用术语。从保险标的全损额中扣除出售损余物资所得加上出售及检验费用后的全部净损失额。保险人负责赔付保险金额与出售损余物资所得款项扣除出售费用和检验费用之后的差额。
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