1) port,sill structure
小炉底结构
2) port
小炉
1.
On the basis of this viewpoint the distribution ration of fuel at each port in cross fired furnace can be determined through analysis of glass melt behavior and each port performanc
根据这一观点,通过对玻璃在熔化过程中的性能和对各小炉功能的分析,确定横火焰池窑小炉燃料分配的比例。
2.
The heat conduction is port is analyzed, and then theheat conduction curve is described by computer, and evatuated for thermat shock resis-tance of the refractory.
绘出了小炉砖体的传热曲线,评价了烧结AZS材料的抗热震性能,认为:该烧结AZS材料实质是锆英石—刚玉质耐火材料,Na_2O的侵入,材料结构的质变,服役过程中的烧缩和ZrO_2的t—m相变是引起砖体开裂的基本原因。
3.
The forming chamber is no longer heated by fuel,but by insulating with single wall separation structure,adjusting port angle,improving cooling and forming structure,so as to reduce unit consumption of coal.
用先进的多通道蓄热室马蹄焰池炉生产压延玻璃,成形部不再使用燃料加热,采用单墙火焰分隔装置,设计合理的小炉角度,以及合理的冷却部、成形部结构,降低玻璃液单位煤耗。
3) smaller cavity
小炉膛
1.
Based on the practices of 135 kA pre-baked anode reduction cell operation,the paper put forward the measures to control it under lower temperature and have smaller cavity by reasonable baking ways.
根据135kA预焙阳极电解槽的生产实践,提出了采用合理的焙烧方法,控制135kA预焙槽长期低温平稳运行、小炉膛生产的措施,在电流效率提高的同时达到延长槽寿命的目标。
4) little furnace
小炉窑
1.
A desulfuration method dealing with the little furnace is reported in this paper.
介绍了一种针对小炉窑脱硫的治理方案。
5) small heat-volume ratio
小炉容比
1.
The limiting factors influencing quick-smelting in production practice are analyzed and researched in condition of small heat-volume ratio in No.
邯钢第三炼钢厂100t LBE转炉在小炉容比条件下,根据本厂实际通过分析研究影响实现快速冶炼的限制性环节,提出开发完善强化供氧、加强搅拌复合吹炼成套工艺,实现平稳快速冶炼,取得明显经济效益。
6) midfeather wall
(小炉)舌墙
参考词条
补充资料：顶底复吹转炉的炉底(正在倾炉出钢)(宝钢)
顶底复吹转炉的炉底(正在倾炉出钢)(宝钢)
顶底复吹转炉的炉底(正在倾炉出钢)(宝钢)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。