1) high-clay ore heap
高泥
1.
Study on the mechanism of improving the penetrability of the high-clay ore heaps;
改善高泥矿堆渗透性的机理研究
3) Mudded ore with high iron content
高铁泥化
4) high alumina cement
高铝水泥
1.
Limestone powder was used as a filler to modify high alumina cement.
以CaCO3微粉作改性剂对高铝水泥进行改性。
2.
In the high alumina cement, dicalcium aluminate silicate is transformed into Q phase.
将高铝水泥中的惰性成分硅铝酸二钙(C2AS)转化为水化活性良好的Q相,组成Q相铝酸一钙(CA)七铝酸十二钙(C12A7)高铝水泥系统,对此系统的烧成条件进行研究。
3.
Using grog,haydite as aggregate,high alumina cement as binder,and using compound early strength agent,the high strength haydite castable material produced successfully This castable material has the characters of early strengthened,good heat preservation,good resistance to wear,small volume density and good constraction property,etc This castable material has good utilization effect in productio
以焦宝石、陶粒为骨料 ,高铝水泥作结合剂及采用复合早强剂 ,研制成功高强陶粒浇注料。
5) blast furnace sullage
高炉污泥
1.
The influence of inlet concentration on separation of blast furnace sullage in a hydrocyclone is investigated by a theoretical analysis of the particle movement, numerical simulations of the multi flow and experiments of the particle separation.
通过对水力旋流器内液固多相流动的固体颗粒运动进行理论分析、数值模拟和实验测试,探讨了进口颗粒浓度对采用水力旋流器进行高炉污泥颗粒分级的影响。
2.
A multiphase flow model is established to simulate numerically the separation of blast furnace sullage in a hydrocyclone.
本文采用简化的多流体多相流模型及雷诺应力湍流模型建立了水力旋流器内液固多相湍流流动的数学模型,对水力旋流器在不同结构参数和进口压力下的高炉污泥分离进行了数值模拟,获得了水力旋流器内高炉污泥不同情况下的颗粒分级效率曲线。
3.
A multiphase flow model is established to simulate numerically the separation of blast furnace sullage in a hydrocyclone using a simplified multiphase model and Reynolds stress model.
本文采用一种简化的多流体多相流模型及雷诺应力湍流模型建立了水力旋流器内液固多相湍流流动的数学描 述,并对高炉污泥旋流分离进行了数值模拟,获得了水力旋流器内高炉污泥流动的流场及颗粒分级效率曲线,数值计算得 到的颗粒分级效率曲线与实验结果吻合很好。
6) blast furnace dust
高炉尘泥
补充资料：泥泥
1.道路泥泞貌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条