1.
The Investigation and Application of the BG New No.1 BF Hearth Wear Model
本钢新一号高炉炉缸侵蚀模型的研究与实践
2.
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
3.
Calculation and application of erosion profile of BF hearth linings
高炉炉缸炉底内衬侵蚀形貌的计算和应用
4.
Slag Control and Lining Erosion Mechanism for Slag Splashing in BOF
转炉溅渣护炉的炉渣控制及炉衬侵蚀机理
5.
Research on Erosion Mechanism of MgO-CaO Material with High CaO Content Used in VOD;
VOD炉用高钙镁钙材料的侵蚀机理研究
6.
THE ANALYSES OF ROCKING FURNACE SCOURING AND THE APPLICATION OF MAGNESITE-CARBON BRICK TO THE ROCKING FURNACE
摇炉炉衬侵蚀过程分析及镁碳砖在摇炉上的应用
7.
sheet erosion (sheet wash)
片蚀, 表土侵蚀, 片状侵蚀
8.
The Investigation on the Properities of the Magnesia-alumina-titania Refractories and Corrosion Resistance to the Secondary Steel Refining Slags;
镁铝钛耐火材料性能和抗炉外精炼渣侵蚀研究
9.
The Study of Corrosion Mechanism of Magnesite-Chrome Refractory Used in ISA/Ausmelt Furnace;
ISA/Ausmelt炉用镁铬耐火材料侵蚀机理的研究
10.
Study on the coke erosion slag with different FeO content
不同FeO含量的炉渣对焦炭侵蚀作用的研究
11.
Experimental Study on Erosion of Hazardous Elements(K,Na,Zn,Pb) to Refractory Brick for Blast Furnace
有害元素(K,Na,Zn,Pb)对高炉用耐火砖的侵蚀实验
12.
A study of the slag-resistance of magnesia-chromite refractory used for lining ferronickel-alloy smelting furnace
镍铁合金炉炉衬用含铬耐火材料抗渣侵蚀性能的研究
13.
Methodological research about numerical simulation of lining erosion thickness on the basis of inverse heat transfer
基于传热反问题的高炉炉衬侵蚀厚度的数值模拟方法研究
14.
The stove liner of blast furnace is damaged seriously for the influence of iron water melting metal, chemical corrosion of stove residual and furnace lump in the middle and later term.
由于铁水熔融金属以及炉渣的化学侵蚀和炉瘤的影响，高炉中后期炉衬受损严重。
15.
To erode or be eroded by abrasion.
侵蚀通过磨损而侵蚀或被侵蚀
16.
Electric furnace roof precast block is noted for high strength, good erosion resistance, steady quality, and long using time.
电炉预制件具有强度高、震性能好、侵蚀、量稳定和使用寿命长等特点。
17.
A Study on Slag Resistance and Anti-hydration Properties of Calcia-rich Magnesia-Calcia Refractories Used for VOD;
VOD炉用高钙镁钙材料抗渣侵蚀及抗水化性能研究
18.
Adhesion and Corrosion Mechanism and Improvement of Material Properties of Panzhihua Iron & Steel (Group) Co.BF Through;
攀钢高炉铁沟粘渣侵蚀机理及材料性能改进研究