Ignition without oil of 600 MW supercritical boilers can be effectuated by using plasma ignition installations.
等离子点火装置应用于600 MW超临界锅炉上，可以实现无油点火。
This paper aims at the high thrust pad temperature and abnormal axial displacement problem during the start-up course of 600 MW Supercritical Units.
针对600 MW机组启动过程中推力瓦温度高及轴向位移范围超常的问题，从形成原理及现场安装两方面加以分析，并提出处理策略。
An introduction to the feed water's whole course automatic control system of Guohua Taichang Power co. Ltd. 's 600 MW supercritical unit is being presented.
介绍了国华太仓发电有限责任公司600 MW超临界机组全程给水自动控制系统情况。
The design and functional configuration of the boiler start-up system of the 600 MW supercritical units in Chaozhou Sanbaimen Power Plant are described in detail.
锅炉启动系统是超临界机组的关键技术之一，其与汽机旁路系统是保证机组安全、经济启停、低负荷运行及妥善进行事故处理的重要手段。
The dynamic characters and control system for 600 MW supercritical pressure once-through boiler equipped with internal start-up control are relatively complicated.
采用内置式启动控制的600 MW超临界压力螺旋管圈型直流锅炉，其作为被控对象的动态特性及控制系统都较复杂。
The internal pressure stress distribution and stress concentrations for the water separator of a 600 MW supercritical boiler are analyzed by the finite element method.
采用有限元方法对600 MW超临界锅炉汽水分离器进行应力计算，得出了汽水分离器进口连接管区域内压引起的机械应力分布规律和应力集中状况。
The thermal field and stress field were calculated for the HP and IP cylinder of 600 MW supercritical steam turbine in one integral star-stop process with the finite element software of ANSYS.
利用ANSYS有限元软件对超临界600 MW机组的高、中压缸的一次完整启停过程进行温度场和应力场计算。
The temperature fields of the membrane waterwall in burner zone of a 600 MW boiler under different supercritical conditions are analyzed and calculated based on finite-element method.
基于有限元法对某电厂600 MW机组锅炉在不同超临界工况下燃烧器区膜式水冷壁的温度场进行了分析和计算。
The temperature fields of the membrane waterwall in burner zone of a 600 MW boiler under different supercritical conditions are analyzed and calculated based on finite-element method.
基于有限元法对某电厂600 MW机组锅炉在不同超临界工况下燃烧器区膜式水冷壁的温度场进行了分析和计算。
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