1)  heat required
吸热量
1.
It was pointed out that calculation result from equation Q=c_pΔT+Q_p was not able to achieve precision data of heat required because heat capacity of the reactant(c_p) and reaction heat(Q_p) of the process are difficult to be measured separately.
对生物质热解过程吸热量(生物质升温所吸热量和生物质热解所吸热量的和)的研究现状进行了总结分析,认为目前采用的分别选取生物质热容cp和热解反应热Qp用公式来计算热解过程吸热量的方法很难得出准确的结果。
2)  radiant heat absorption
辐射吸热量
1.
Simplification of area coefficient calculation formula for radiant heat absorption of boiler heating surface;
锅炉受热面辐射吸热量面积系数计算公式的简化
3)  circulation heat
循环吸热量
1.
Study of circulation heat calculating model for thermal system in supercritical pressure power unit with second reheat cycles;
二次再热超临界机组热力系统循环吸热量计算
2.
In this paper the authors first apply basic theory of equivalent heat drop on circulation heat calculating model for thermal system with outer steam cooler by mathematical derivation strictly.
以常规热平衡方法为基础,经过严格的数学推导,首次将等效热降理论应用于外置式蒸汽冷却器机组热力系统循环吸热量计算的研究,并提出了相应的数学计算模型。
4)  Heat Absorpsion in Furnace Chamber
炉膛吸热量
5)  heat absorption of section
区段吸热量
6)  heat absorption of boiler
锅内吸热量
1.
By investigating the relationships between radiant energy signal and the heat absorption of boiler, the rule of change between the heat release and the heat absorption of boiler could be revealed, in order to provide guidance for monitoring and diagnosing and optimal controlling of boi.
通过研究辐射能信号与锅内吸热量之间的关系,揭示炉内的放热与吸热之间的变化规律,为锅炉运行的监测、诊断和优化控制提供可靠的指导。
补充资料：吸热反应
分子式：
CAS号：

性质：在过程中吸收热量的化学反应。例如赤热的炭和蒸汽作用生成水煤气(等体积的氢和一氧化碳的混合物)的反应。化学反应只有少数是吸热的。吸收热在热化学方程式中用负号(-)表示。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。