文中介绍正在研制的国产600MW超临界变压运行直流锅炉水冷壁结构特点和启动过程。
This paper introduces the waterwall features and start-up procedure of domestic 600mw supercritical variable pressure operating once through boiler under development.
水冷壁结构分析结果显示，爆裂处的水冷壁鳍片宽度比其他位置的鳍片约大2倍，使该处的水冷壁管壁温度高于其他位置的水冷壁管。
Structure analyzing shows fin breadth is wider 2 times than that of other parts which makes water wall temperature higher than that of other position.
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 pressure parts construction, design criteria of water wall, calculation procedure of water circulation and selection of critical parameters for controlled circulation boiler are introduced.
从水冷壁、顶棚管、水平低温过热器等三个方面对日本350mw锅炉与国内300mw锅炉的结构设计进行了分析与比较研究。
This paper mainly discusses the comparison between the general designs in water wall, roof tubes and low temperature superheaters of the structure of Japanese 350mw boilers and Our 300mw boilers.
该文针对上述问题提出了改进膜式水冷壁布风板结构的设计思路，表明了一种新的设计动向。
Keeping this in mind, the paper advances some ideas concerning structural design improvements of membrane type water wall grid plates; which may represent a new trend in design.
文章以DBC制造的300MW“W”形火焰锅炉为例，详细地介绍了锅筒、水冷壁、燃烧器和水冷壁集箱的典型结构和制造方法。
The paper gives a detailed introduction to the typical structure and manufacturing method of drum, waterwall, burner and waterwall header of the 300mw double arch furnace boiler produced by DBC.
简要介绍了膜式水冷壁焊机的总体结构和工作原理。
The whole configuration and operational principle of Membrane water wall welding machine were introduced in brief in this paper.
循环流化床炉内水冷壁的磨损主要发生在稀相区，主要是由于水冷壁表面结构不规则造成的，并据此提出了防止水冷壁磨损的相关措施。
The water wall wear mainly occurred on the irregular water wall surface in rare phase, the effective measures are promoted in the view above.
解决锅炉烟气侧严密性和简化炉衬的根本措施之一，是采用全焊膜式壁结构。在炉膛部分，应用膜式水冷壁已有多年运行经验，已作为成熟结构普遍采用。
One of the fundamental measures to simplify a boiler enclosure and to improve its gas tightness is to use the welded broad-fin tube wall construction.
现研制出一种新型移动机器人——水冷壁清扫检测爬壁机器人，采用独特的抗倾覆双履带结构、特殊的磁路设计和开放式控制系统。
To accomplish automation of the cleaning and inspecting work, a novel mobile robot was designed to clean and inspect the water-cooling tubes in power plants.
现研制出一种新型移动机器人——水冷壁清扫检测爬壁机器人，采用独特的抗倾覆双履带结构、特殊的磁路设计和开放式控制系统。
To accomplish automation of the cleaning and inspecting work, a novel mobile robot was designed to clean and inspect the water-cooling tubes in power plants.
应用推荐