2) gross heat efficiency
产氢能量效率
1.
The effect of reaction conditions on the gross heat efficiency were studied on the basis of mass,and energy, balance as well as the kinetics of POX in the on-board hydrogen generation process, and the suitable reaction conditions were optimized when the whole system was considered as an autothermal process.
通过对甲醇氧化重整 (POX)自热体系物料衡算、能量衡算 ,以及床层反应行为的研究 ,优化了POX过程操作条件 ,获得了理论产氢能量效率 η,分析了氢源与质子交换膜燃料电池 (PEMFC)衔接中的关键环节———合适的原料配比、反应压力、蒸发器和换热器中换热效率 ,以及适应PEMFC变载或电动汽车变速、爬坡的有效手段
2.
The effect of reactor configuration and technical parameters on the gross heat efficiency and "hot spot" temperature was investigated in an autothermal operation process of methanol partial oxidation based on the balance of mass and energy balance as well as kinetics of the reactor.
在质子交换膜燃料电池 (PEMFC)移动氢源———甲醇氧化重整制氢自热体系中 ,研究了反应器构型对产氢能量效率和床层内“热点”温度的影响 ,得到了反应器设计准则 ,提出了实际应用中可采用的反应器型
3) energy productive efficiency
能量生产效率
4) Efficiency & Effectiveness
效率效能
5) Matter and energy production efficiency
物质与能量生产效率
6) water produce energy efficiency
水分能量生产效率
补充资料：储能效率
分子式：
CAS号：
性质：在吸热光化学反应中所储存的吉布斯自由能除以入射辐射能时所得之商。符号为η。
CAS号：
性质：在吸热光化学反应中所储存的吉布斯自由能除以入射辐射能时所得之商。符号为η。
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