The pressure parts construction, design criteria of water wall, calculation procedure of water circulation and selection of critical parameters for controlled circulation boiler are introduced.
介绍了控制循环锅炉的结构特点，水冷壁等系统的设计准则，水循环系统设计的计算步骤及设计中关键数据的选取。
The monitoring mathematical model of water circulation can be used to on-line monitoring of boiler water circulation.
此水循环监测数学模型可以应用到锅炉的水循环在线监测中。
The online monitoring and fault diagnose mainly aim at the verification of the boiler water circulation reliability.
在线监测与故障诊断的目的主要是检验该锅炉水循环的可靠性。
The online monitoring and fault diagnose results show that the accidents of occurring often boiler furnace corner tube rupture are due to water circulation condition badness at operation.
监测与诊断结果表明：锅炉经常发生在炉膛四角爆管的事故，是由于水循环工况不良而引起的。
The computer solutions of verification model for boiler water circulation are resented.
给出了锅炉水循环校验模型的计算机解法。
This article presents the calculation method for a natural circulation hot water boiler and a number of acceptable schemes for the conversion of a steam boiler into a hot water boiler.
本文提出了自然循环热水锅炉的计算方法以及由蒸汽锅炉改造成热水锅炉的一些正确方案。
The safety design of gas supply system, hot water circulation system, alarm system and so on in atmospheric gas hot-water heating boiler room is discussed.
探讨了燃气常压热水供热锅炉房燃气供气系统、热水循环系统、报警系统等的安全设计。
This paper deals with a theoretical study of the hydrodynamic computatation method for use bined circulation hot-water boiler with specific calculation, examples being given.
本文对复合循环热水锅炉水动力计算方法进行了理论推导，并给出了计算实例。
No water circulation problem will arise with the boiler load 25%d0 after water circulation system of boiler was remade.
锅炉改造后25%以上负荷水循环正常，采取的改造锅炉水循环系统的措施是成功的。
The heat transfer and hydrodynamic calculation results of the waste heat boiler show that water circulation is stagnant when the thermal load is very low.
高温取热炉传热计算和水动力计算结果表明热负荷较低时，水循环容易发生停滞。水循环回路结构复杂容易导致并联管内的流量分配不均匀性较大。
The heat transfer and hydrodynamic calculation results of the waste heat boiler show that water circulation is stagnant when the thermal load is very low.
高温取热炉传热计算和水动力计算结果表明热负荷较低时，水循环容易发生停滞。水循环回路结构复杂容易导致并联管内的流量分配不均匀性较大。
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