The result shows that, the alternation tendency of temperature between furnace wall and furnace hearth is accordant. 炉壁温度与炉膛内温度变化规律趋于一致;
Researches on Temperature Distribution in Furnace Hearth of Far Infrared Heater 远红外加热炉炉膛温度分布问题的探讨
On the basis of "refractory solution", the Ceramic Cup has been applied to blast furnace hearth by arranging refractories with different conductivity rationally. 以“耐火材料法”为基础,将导热性不同的材料进行合理安排后设计出了用于高炉炉缸的“陶瓷杯”。
The relationship of furnace hearth height to productivity is analyzed, and the the principle and calculating method for determining furnace hearth, are given. 论述了炉膛高度对加热炉生产的重要性和确定炉膛高度的原则,给出了确定炉膛高度的计算方法。
Strength Calculation of Walking Beam Furnace Hearth Structure by Using Finite Element Method 步进底式加热炉炉底结构有限元强度计算
Under the load of high basicity occur three circular crevices from top to bottom at the furnace hearth parallel to the furnace shell. 在高碱度负荷下,该高炉炉缸部位产生了平行于炉壳的至上而下的三条环裂。
Application of Inverse Solution to Boundary of Heat Transfer in Erosion Diagnosis of Blast Furnace Hearth 传热边界逆解在高炉炉缸侵蚀诊断中的应用
Thermal Distribution Design, Status Analysis and Working Lifetime Prediction for Blast Furnace Hearth Lining 高炉炉缸内衬的温度场设计及其状态与寿命研究
Development and application of erosion model for blast furnace hearth and bottom 高炉炉缸炉底侵蚀模型的开发及应用
The dynamic field experiment of boiler cold state defects whether mounting angle of combustion accords with the design demands, that the size of corner tangential diameter, whether the air-floe impacts furnace wall, and that the situation for the air-flow of furnace hearth. 锅炉冷态动力场试验,是对燃烧的安装角度是否符合设计要求,炉内切圆直径的大小,气流是否有贴壁、冲墙,炉膛气流充满度等全面的检查;
So that regular blast furnace shape and steady work condition of furnace hearth could be obtained. 以确保规则的高炉工作炉型和良好的炉缸工作状况。
The igniter with multiple slit burner is characterized by its higher combustion efficien-cy, better adjustment of flame length, more rational temperature distribution in the furnace hearth. 多缝式烧嘴点火器具有燃烧效率高、火焰长度易调、炉膛温度分布合理等优点。
The model describes the variety of the temperature in the furnace hearth and shaft and the variety of SiO-outflow from the furnace top and the effect of technical parameters and device parameters on the Si recovery. 该模型描述了炉缸和炉身内温度场的分布和变化、炉顶溢出SiO浓度的变化和工艺参数、设备参数对Si回收率的影响。
Modification of the furnace hearth of 3M-21 model gas producer 3M-21型煤气发生炉炉底的改造
Characteristics analysis of furnace hearth sediment in No.1 blast furnace at PZH Steel 攀钢1号高炉炉底沉积物特点分析
Study on Blast Furnace Hearth& Wall under Protection of WO_3 高炉WO3料护炉的基础研究
Determination of the Height of Furnace Hearth for Continuous Heating Furnace 连续加热炉炉膛高度的确定方法
Among 220t/ h oil-firing boilers having changed to burn coal-water slurry in our country, many of them have long and narrow rectangular furnace hearth with high length-width ratio. 目前我国改烧水煤浆的220t/h燃油锅炉有很多是大长宽比的狭长矩形炉膛。
Injection of compressed air into blast furnace hearth 高炉炉缸喷吹压缩空气试验研究
A heat transfer mathematical model is set up about the baking process of some regenerative chamber furnace to be built, including heat balance of furnace hearth model, composit wall heat transfer model and exhaust gas temperature calculation model. 以某公司拟建的高温蓄热式室状加热炉为研究对象,建立了烘炉过程传热数学模型。其中包括:炉膛热平衡数学模型、复合炉墙传热过程数学模型和废气温度计算模型等。
Blasting and feeding structure is applied to be horizontally installed around the middle part of the vertical wall of the furnace hearth. 采用加风给料结构,水平安装于锅炉炉膛竖直壁中部四周。
Study on formation of titanium carbonitride in blast furnace hearth 高炉炉缸内碳氮化钛的生成机理研究
It is simple, efficacious, economic and reasonable, to control the temperature of blast furnace hearth by increasing or decreasing the quantity of coal powder injection. 用喷煤量调节炉温是既方便有效、又经济合理的操作方法。
Formation and Prevention of Brittle Layer in Blast Furnace Hearth Carbon Brick 高炉炉缸炭砖脆化层的形成及防止
Under the action of the centrifugal force produced from the high-velocity rotation transmission shaft, the dense coal slurry column looses in the equipment and is not easy to coke in the furnace hearth. 其在高速旋转输送轴的离心力作用下,将密实煤泥柱进行松散,在炉膛中不易结焦。
Action of up-thrust in blast furnace hearth 高炉炉缸上推力的作用
A Mathematical Model of Thermal Erosion on Blast Furnace Hearth and Furnace Bottom with Carbon Lining 碳砖炉缸炉底热侵蚀的数学模型
CH ⅱ furnace hearth is used for coal gas furnace. Grate, chamber of furnace, core tubes, skirt and blowing pipelines are modified. Good benefit has been obtained. 煤气炉改用CHⅡ炉底,并将炉篦、炉膛、炉芯管、炉裙及吹风管线进行改造,取得较好的效益。
Then, multiphase flow model was used to implement the simple flow of furnace hearth and heat transport numerical simulation. 在对炉膛中的燃油雾化燃烧过程模拟的基础上,利用多相流模型实现了简单的炉膛熔池流动与传热模拟。