摘要
以流体力学相似理论基础,从浮法玻璃熔体高温流动特性出发,采用物理模拟的方法,以600 t/d浮法玻璃熔窑为研究对象,采用底插式电极分布,调整电极的布置位置,探索研究了电极在浮法玻璃熔窑炉内的不同位置排布对玻璃熔体的温度、速度等主要工况的影响规律,为电助熔浮法玻璃熔窑合适的电极排布提供指导。
Based on hydrodynamics similarity theory, Starting from the high temperature flow characteristic of float glass melting. Using a physical simulation, Using the 600 t/d float glass melting furnace as the research object, Using the bottom plug electrode distribution, Adjusting the position of the electrode,The influence of different position of electrode on the temperature and speed of glass melt in floating glass furnace is explored. It provided suitable electrode configuration for the electric fusible float glass furnace.
作者
王自强
张艳娟
刘学理
姚佩
陈琰
WANG Ziqiang,ZHANG Yanjuan, LIU Xueli, YAO Pei, CHEN Yan(Float Glass New Technical State Key laboratory, China Luoyang Float Glass Group CompanyLimited Technical Center, Luoyang, 471009)
出处
《玻璃》
2018年第6期1-6,共6页
Glass
关键词
浮法玻璃熔窑
电助熔
电极排布
物理模拟
Float glass melting furnace
Electricity to melt
Electrode configuration
Physical simulation
