1)furnace top炉顶
1.the fire-resistant plastic materials have good performance of cold resistance and heat resistance and can greatly increase the service life of the furnace top.耐火可塑料运用在加热炉炉顶耐急冷急热性能好,可大大提高炉顶的使用寿命,具有良好的发展和应用前景。
2.The furnace top with refractory concrete is an important part of phosphorus furnace, which is as main equipment in yellow phosphorus production .制磷电炉是黄磷生产装置的关键设备 ,耐火混凝土炉顶是电炉的重要组成部分 ,介绍炉顶结构特点和技术要求。
3.The rotating chute planetary gearing of eoordination type double pot bell less furnace top of 750m 3 blast furnace in Laiwu Iron and Steel General Works can make chute to do circular motion around contral line or blast furnace of to do inclined motion, and it can achieve ideal charging of throat.莱芜钢铁总厂７５０ｍ３高炉双罐并列式无料钟炉顶旋转溜槽行星传动系统使溜槽既可绕高炉中心线会圆周运动，又能倾动，实现了炉喉的理想布料。
英文短句/例句
1.OPTIMIZATION DESIGN OF RIGID FRAMES FOR THE SHAFT AND TOP OF A 3 200 m~3 BLAST FURNACE IN LIAN STEEL COMPANY涟钢3200m~3高炉炉身、炉顶刚架优化设计
2.And the charge of molten iron is poured into the top.从炉顶上把铁水倒入炉中。
3.Control techniques for bell-less top in the new No. 3 BF of WISCO武钢新3号高炉无料钟炉顶控制技术
4.Installation of bell-less top steel ring for blast furnace炼铁高炉无料钟炉顶钢圈的安装技术
5.Improvement of the Cleaning Zone Roof Structure of Nickel Flash Smelting Furnace Jinchuan金川镍闪速炉贫化区炉顶结构的改进
6.The application of fire-resistant plastic materials in the top of the heating furnace;浅谈耐火可塑料在加热炉炉顶的应用
7.An Improvement on Pressure Equalizer at Furnace Top of No.1 Blast Furnace;武钢1~#高炉炉顶均压系统的改进
8.The new methods of burden distribution with width burden in a bell-less top blast furnace高炉无钟炉顶按料流宽度布料新方法
9.Discussion on Reducing the Space Temperature at the Top of 7.63m Coke Oven in Yankuang降低7.63m焦炉炉顶空间温度的探讨
10.Dynamic simulation of transmission system of blast furnace top charge distributor高炉炉顶布料器传动系统动力学仿真
11.Analysis on temperature distribution in the space of 7.63 m coke oven top7.63m焦炉炉顶空间温度的影响及分析
12.TRT Device on the Influence of Blast Furnace Top Pressure and ControlTRT装置对高炉炉顶压力的影响和控制
13.STUDY ON THE WIND LOAD FOR THE FURNACE TOP OF HUGE BLAST FURNACE特大型高炉炉顶系统风荷载试验研究
14.THE APPLICATION OF CONTINUOUS ANALYSIS TECHNIQUE IN BF TOP COMPREHENSIVE GAS高炉炉顶综合煤气连续分析技术应用
15.Constructing Practice of Changing Top Equipment and Coating Inner Wall of Blast Furnace At The Same Time高炉炉顶设备更换与炉内喷涂同时施工的实践
16.Furnace top electronic scale is an indispensable device for automatic control system of the furnace without bell roof.炉顶电子秤是无钟顶高炉自动控制系统中不可缺少的一个装置。
17.Discussion on Factors Affecting Plastic Arch of Heating Furnace and Prevention Measures影响可塑料加热炉炉顶拱顶的因素和预防措施探讨
18.Manufacture and Application of Fleet Mending Materials for Top Liner of Heat Treatment Furnace热处理炉炉顶快速修补料的研制与应用
相关短句/例句
furnace roof炉顶
1.Application of lengthened suspended brick to furnace roof for Guanggang rolling mill;加长吊挂砖在轧钢加热炉炉顶上的应用
2.Mounting and retrofitting of furnace roof sealing of 300MW"W"-flame boiler;300MW“W”火焰锅炉炉顶密封安装改造
3)Top[英][t?p][美][tɑp]炉顶
1.The Service Life Research on Distributor Chute of Bell-less BF Top;无料钟炉顶布料溜槽使用寿命研究
2.This article gives a systematic description of the reasons and preventive measures for the occurrence of intergranular stress corrosion crack in the steel shell of internal-combustion hot blast stove top, and introduces the purpose of heat treatment after welding and the corresponding heat treatment process based on actual project.本文对内燃式热风炉炉顶钢壳产生晶间应力腐蚀裂纹的原因及防止措施进行了系统的阐述,并结合实际工程介绍了焊后热处理的目的及相应的热处理工艺。
4)roof[英][ru:f][美][ruf]炉顶
1.The paper introduces the main features and the theoretical principle of selfflowing castables,and studies the relations between selfflowing castables,grain shapes and addictive,and introduces the application of selfcastables in heating furnace roof and around watercooled pipes.本文介绍自流浇注料的主要特征，研究了颗粒形状、外加剂等与自流浇注料性能的关系及在加热炉炉顶、水冷管包扎方面的应用情况。
5)blast furnace top高炉炉顶
6)ceilings[英]['si:li?][美]['sil??]锅炉炉顶
延伸阅读
高炉炉顶煤气余压发电设计高炉炉顶煤气余压发电设计TRT system disign gaOlu Iuding mejqi yUya fadian Sheli高炉炉顶煤气余压发电设计(TRT盯stemdesign)利用高压操作高炉煤气的压力，通过透平机膨胀作功，带动发电机发电的能量回收设施设计，又称高护炉顶煤气余压透平(top gas pressure energyreeovery turbine或称TRT)发电设计.高护护顶煤气余压发电(TRT)系统一般在容积大于或等于10o0m，的高压高护上设置。高压高炉炉顶压力设计范围为0.12~0.25MPa(表压)，煤气发生量为10~70万m‘/h，TRT以后的干管压力视用户要求而定，一般为0.01~0.oZMP。。与湿法、干法高护煤气净化系统(见高护煤气净化设施设计)相匹配，TRT也分湿式与干式两种。对于相同高护，干式TRT的发电能力可比湿式增大30%左右。TRT系统设计涉及透平机和发电机、同步并网输配电设施、出入口管道与特殊阀件、脱水设备、供油和供水系统、控制系统与站区。设计内容包括工艺系统选择、发电功率计算、设备选型和布置与控制。 简史1956年苏联开始研制TRT.1962年第一套装置(6 Mw)在马格尼托哥尔斯克钢铁公司(MarH。、ro拌‘二n Me御二ypr。、ecK“n。涌。。。)8号高沪(1370m3)投产。改进后的第二套装置是带煤气预热器透平机入口煤气含尘量小于10mg/m“(图中b)。的二级轴流冲动式透平机。1974年日本川崎钢铁公司发电功率计算TRT发电功率计算与一般透平水岛钢铁厂2号高炉(2857m3)建成首套二级径流向机计算原理相似，可视为煤气多变过程膨胀作功和水心式透平机(SMW)，采用喷水措施防止透平机积灰堵蒸气熔降作功两部分之和。发电功率理论公式为:塞。1982年第一套采用袋式干式除尘装置的TRT在、，_叭振W.一---一‘一’-一’一”一~户”一，’…一一一”J--一~N二二冬劣一七粤二住友金属工业公司小仓钢铁厂2号高护投产一3600xl000(6. 6Mw)。1985年采用干式电除尘装置的TRT在日透平机端轴功率库象 卜\吞上塑理鱼生~l些塑鲤遂主机设备包括发电机和 了、人一一i_~._曰4~-，~、._煤气膨胀透平机.发电 吸12岁}阶和十.卞干衬十一开二吸l)岁偷禅叶.书玲十行二机常用无刷励磁方式， ~}i}‘钾曰志6目!!~一}并设置有自动同步并入 早_l}本12!}亨。电网装置。煤气膨胀透 ‘》了l今.!斤卜」l甲。专12平机结构、一般分为径 !奏6}亡匆’4}，嘴71流向心式、轴流冲动式 随71}吐81和轴流反动式三种。轴 }吓‘f人}沙产，l流透平机效率比径流透 。卜口。
