1) Improving basicity
提高碱度
2) high alkalinity
高碱度
1.
The YSW105 had good properties of scale and corrosion inhibition,it could be used in groundwater with high hardness and high alkalinity and also used in surface water by acidificati.
该配方具有较好的缓蚀阻垢性能,能够应用于高硬度高碱度地下水和在高浓缩倍数下加酸运行的地表水,节水效果显著。
2.
Based on the traditional hydrolytic-aerobic biological treatment process,using high-alkali mixed bacteria and big pulse influent flow technology,while enhancing the high alkalinity of dyeing wastewater biodegradability and effective in the removal of organic pollutants in wastewater.
在传统的水解酸化-好氧处理工艺设备的基础上,应用高效耐碱混合菌和填充式大流量脉冲进水技术,同时提高高碱度印染废水可生化性,能有效地去除废水中的有机污染物。
3.
Through scientific research,break lead concentration pH value,it was introduced that technique of high alkalinity,fine grinding,mixed collectors,high-speed flotation and new type depressant.
通过试验研究，突破选铅pH值的限制，采用高碱度、细磨、混合捕收剂、快速浮选和新型抑制剂等技术，使选矿经济技术指标获得了大幅度提高，为分离高硫铅锌矿石提供了丰富的实践经验。
3) high basicity
高碱度
1.
By sintering pot and industrial test,the optimal technological parameters of producing high basicity sinter as well as reasonable proportioning were obtained using the hematite concentrate.
在高碱度烧结条件下,改善了自产精矿烧结温度高、烧结性差的烧结特性,也解决了自产精矿“泥”和“粘”带来的配料操作及混匀、造球等方面的技术问题。
2.
This paper poited out that in the market compete conditions,the operation cost must be decreased, firstly , the sintering raw material and fuel constructions must be optimized, and then, the technical content must be increased, saving energy consumption, and producing high grade and high basicity sinter.
指出了冶金企业在市场竞争中要降低成本 ,烧结应首先优化原、燃料结构 ,提高科技含量 ,节能降耗 ,生产高品位、高碱度的烧结矿。
3.
Along with the development of the sinter and the smelt technology,The rational arrang in pairs or groups of high basicity and acidic pellet is regarded as the optimal chargig makeup of the blast furnace.
随着烧结和炼铁技术的发展,高碱度烧结矿与酸性球团矿合理搭配被视为高炉炼铁的最佳炉料结构。
4) high basicity slag
高碱度渣
5) overbasicity
高碱度化
6) high scale
高碱度
1.
It was also investigated that the copolymer's inhibition and dispersion performance in high hardness?high scale?high pH value medium.
对该共聚物的聚合条件、聚合性能和在高硬度、高碱度、高pH值水介质中的阻垢分散性能进行讨论和实验,结果表明,该共聚物有良好的综合性能。
补充资料：提高
1.使位置﹑程度﹑水平﹑数量﹑质量等方面比原来高。
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