硫铝酸盐 meaning in Chinese
sulfoaluminate
Examples
- It is inferred that the dissolution rate and dissolubility of gypsum are the main decisive factors of cement performance of portland - sulphoalminate composite system
推导证实，石膏的溶解速度和溶解度是决定硅酸盐硫铝酸盐复合体系水泥性能的主要因素。 - On the base of experiment & study of tile influence of different gypsum on performance of portland - sulphoalminate composite cement system as set time , water requirement of normal consistence , strength , ect , the influence mechanism was discussed
摘要在试验研究不同石膏品种对硅酸盐硫铝酸盐复合体系水泥凝结时间、标准稠度需水量、强度等性能影响的基础上，探讨了石膏品种对硅酸盐硫铝酸盐复合体系水泥性能的影响机理。 - Our 10000m2 plant located on shanghai jinshan district had established itself as a base for developing researching and manufacturing grc frp spua products , replicas of rockworks , trees , animals , our 10000m2 plant located on shanghai jinshan district had established itself as a base for developing researching and manufacturing grc frp spua products , replicas of light - weight rockworks , trees , animals , realistic and fantasys sculptures special effects etc
公司位于金山区，拥有占地1000余平米的工业厂房，是集生产，加工，实验，艺术创新的产品源头基地，主要产品囊括： grc （低碱度硫铝酸盐纤维水泥） frp （玻璃钢） spua （聚脲）制作的轻体高仿真假山，树木，动物。 - The influence of different gypsum on strengh of portland - sulphoalminate composite cement system is complicated , related with aluminiferouse mineral in cement system and the so4 ( superscript 2 - ) concentration of its hydrated solution ; in distilled water and maximum lime wash , the dissolution rate of dihydrate gypsum is higher than that of anhydrite but the dissolubility is lower
石膏品种对硅酸盐硫铝酸盐复合体系水泥强度的影响较复杂，与水泥体系中含铝矿物及其水化溶液中so4 (上标2 - )离子浓度有关；在蒸馏水和饱和石灰水中，二水石膏的溶解速度比硬石膏快，溶解度比硬石膏低。 - ( 3 ) the feasibility of manufacturing dry - mortar is discussed , replacing yellow sand with phosphor slag . ( 4 ) the feasibility of producing dry - mortar is analyzed , replacing sulphur aluminate low alkalinity cement by silicate cement . ( 5 ) study impact of the water quantity of sand on the strength of dry - mortar , and it is concluded that water quantity of sand can influence strength effectively and must be controlled seriously in production
( 3 )试验研究了用磷渣替代黄砂配制干拌砂浆的可行性； ( 4 )试验研究了用硫铝酸盐低碱水泥替代硅酸盐水泥配制干拌砂浆的可行性； ( 5 )试验研究了砂含水量对干拌砂浆影响，发现砂的含水量对干拌砂浆的强度影响较大，在生产中必须严格控制砂的含水量。