摘要
热力系统q-γ-τ矩阵方程式是电厂热力系统定量分析方法的一个重要分支。广义q-γ-τ矩阵方程式将锅炉的过热器视为一个特殊加热器,较好地解决了常规q-γ-τ矩阵方程式对减温喷水影响锅炉内部流量变化的特殊辅助汽水考虑不足的问题,是常规q-γ-τ矩阵方程式有效的延伸和补充。对所述方法通过实例进行了验证。
The q-γ-τ matrix equation of thermal system is an important branch for the quantitative analysis method of the thermal system in power plants. The said matrix equation looks upon the superheater of a boiler as a special heater, having comparatively well solved the problem of conventional q-γ-τ matrix equation, in which insufficient consideration had paid to a special auxiliary steamwater system, i.e., the desuperheating spray water of a boler can affect the internal flow rate variation in the said boiler, being effective extension and supplement of the conventional matrix equation. Finally, verification of the said method has been carried out through practical examples.
出处
《热力发电》
CAS
北大核心
2006年第2期11-13,28,共4页
Thermal Power Generation
关键词
广义q-γ-τ矩阵方程式
热力系统
过热器
加热器
锅炉减温喷水
热经济性
generalized q-γ-τ matrix equation
thermal system
superheater
heater
desuperheating spray water of the boiler
thermal economic behavior