1) Clay residue
粘土渣
1.
Clay residue from the process of cryolite is modified and used for the production of unplastized poly(viny1 chloride)(PVC_U)plate.
采用冰晶石生产中的废弃物粘土渣，经改性处理后用于硬质ＰＶＣ板材的生产，取得了良好的性能及经济效益。
2) Slag building-up
粘渣
1.
By petrographic analysis the microstructure characteristics of ladle slag building-up has been researched and the process and mechanism of the ladle slag building-up discussed.
通过岩相分析方法研究了钢包粘渣试样各段带的显微结构特征,探讨了钢包粘渣的过程和机理。
2.
The slag building-up of RH immersion tube is one of the important factors to effct productivity improvement.
RH 浸渍管的粘渣问题是影响炼钢生产效率提高的主要因素之一。
3.
The appropriate technical parameters were obtained to reduce the amount of slag building-up.
根据生产实践,对原料粒度、杂质含量、单位反应热、渣系等影响高钒铁合金粘渣的因素进行了分析,给出了可以减少合金粘渣量的适宜的工艺参数。
3) slag sticking
粘渣
1.
0×104 W/m2) of RH immersion tube on the flow and temperature field and slag sticking of immersion tube.
0×104W/m2)时钢液温度场的变化及其对浸渍管粘渣的影响。
2.
In this case,the slag sticking on RH immersion tube can be reduced.
为抑制RH精炼过程中熔渣中高熔点镁铝尖晶石和铁铝尖晶石相的析出以减轻浸渍管粘渣,基于分子离子共存理论,建立了CaO-SiO2-MgO-Al2O3-FeO-CaF2-MnO七元精炼渣系结构单元作用浓度的计算模型,计算了高熔点相的作用浓度,分析了熔渣组成对高熔点相作用浓度的影响。
4) alkali-activated slag-clay mineral composite cement
碱矿渣粘土复合水泥
6) slag viscosity
灰渣粘度
1.
BP neural network optimized by genetic algorithm and it's application in slag viscosity prediction;
遗传算法优化BP网络及其在灰渣粘度预测中的应用
2.
The ash flow temperature of feedstocks should be lower about 50°C than operating temperature and the slag viscosity should be less than 25Pa-s at operating temperature in the process.
煤炭气化是发展煤炭洁净转化的主要技术之一，近年来，以德士古和谢尔为代表的高温高压液态排渣气流床炉型已广泛应用于煤化工领域，这对原料煤灰的流动温度和灰渣粘度提出了新的要求。
3.
To solve the problem, effect of coal blending and flux addition on ash fusion temperatue, slag viscosity and the properties of coal water slurry (CWS) were studied.
煤灰熔融温度和灰渣粘度是德士古气化工艺液态排渣的重要参数。
补充资料：干渣渣
1.缺乏水分而呈渣屑的样子。
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