Cinder cooler is a equipment applying the principle of heat conduction in heat tube for cinder cooling by heat blowing.
热管冷渣器是利用热管传热原理冷却炉渣、加热鼓风的一种设备 ,对环境无污染 ,在流化床锅炉中使用 ,可获得较好的经济效
The reheating furnace for rolling employ water for cooling furnace door, akid pipe and so on.
加热轧件的加热炉用还来冷却炉门和滑道管等。
The reheating furnace for rolling employs water for cooling furnace door, skied pipes and so on .
加热轧件的加热炉用水来冷却炉门和滑道管等。
Cool various parts of the furnace and its auxiliary.
冷却炉子的各个部分及其辅助设备。
Structure optimization of water cooling channel of cast steel stave
高炉铸钢冷却壁冷却水管的优化研究
The Distributions and Variations of the Instant-temperature-field of BOF During Spraying Cooling
汽雾冷却条件下转炉炉体瞬态温度场
Cold bending of 2 200 m~3 blast furnace cooling stave pipe
2 200 m~3高炉冷却壁水管的冷弯
The Disrepair Mechanism of Blast Furnace Cooling Stave and Design of Copper Cooling Stave
高炉冷却壁的破损机理及铜制冷却壁的设计
Numerical Simulation on Liquid-solid Two-phase Flow of Water Cooling Pipe in Blast Furnace Cooling Stave
高炉冷却壁冷却水管内液固两相流的数值模拟
For example, cooling water circulate constantly through the tuyere, hearth staves, bosh and inwall cooling plate etc.
例如，冷却水不停地在风口、炉身、炉腹和内壁冷却板等部位循环流动。
The Mechanisms and Effects of Spray Cooling of Large Converter;
大型转炉炉体汽雾冷却机理及功效的研究
Upper Computer Software Designing in Blast Furnace Cooling Wall Leak Hunting System
高炉冷却壁检漏系统上位机软件设计
CRACKING ANALYSIS OF STAINLESS STEEL BELLOW IN A BLAST FURNACE COOLING SYSTEM
某高炉冷却用不锈钢波纹管开裂分析
Research and Disposal of the Suspended Materiel Around the Cooling Chamber for Dry Quench Cokery
干熄炉冷却室周边悬料的分析与处理
REVAMPING OF GASIFIER BURNER AND BURNER COOLING WATER STSTEM
气化炉烧嘴及烧嘴冷却水系统的改造
Thermo-Mechanical Coupling Finite Element Analysis of Blast Furnace Copper Staves
高炉铜冷却壁热力耦合的有限元分析
Successful Application of Spray Cooling Tower In SGIS's Consteel EAF
CONSTEEL电转炉工艺后喷淋冷却系统的改进
Application of Overlapping Cooling Stave of Jigang 1750m~3 Blast Furnace
济钢1750m~3高炉叠合式冷却壁的应用
Measures for prolonging Service Life of the Soft Water Closed Circuit Circulation Cooling System for BF Cooling Stave
延长高炉冷却壁软水密闭循环冷却系统使用寿命的措施
