1) softened water
软化水
1.
Improving the process of softened water production in order to reduce costs and increase benefits;
改进软化水生产工艺实现降本增效
2.
A study on softened water monitor;
软化水监测仪的研制及性能
3.
Application of Design for Six Sigma in preparation of softened water;
六西格玛管理在软化水制备中的应用
2) soft water
软化水
1.
The corrosion mechanisms of soft water is theoretically studied by the tests of soft water of different qualities and their relationship with chlorine ions and alkalinity based upon the corrosion of soft water system of Jingmen Petrochemical Company/SINOPEC.
针对中国石化股份有限公司荆门分公司软化水系统出现的腐蚀问题,通过对不同的软化水水质与氯离子、碱度等的关系试验,从理论上探讨了软水的腐蚀机理,说明不同的水质腐蚀状况不尽相同。
2.
However,production capacity of the soft water was not correspondingly increased.
酒钢厂区热网的补给水原采用软化水,随着城市和酒钢的发展,热网的规模不断扩大,补给水增加较快,而软水的制备能力并没有得到相应的增加,为了解决这个问题,采用净化水加缓蚀阻垢剂解决了热网补给水不足的问题。
3.
The characteristics,basic principles and successful application of Model C 5 soft water unit are introduced to communal recirculating cooling water system for different capacity ore smelting electric are furnaces,and some opinions on popularizing and applying the units are also put forward.
介绍了C-5型软化水装置的主要特点、基本原理及在3台不同容量铁合金矿热炉共用循环冷却水系统中成功应用情况,并对该装置在铁合金企业的推广、应用提出了见解。
3) demineralized water
软化水
1.
Study of green environmentally friendly corrosion inhibitor for demineralized water;
绿色环保型软化水缓蚀剂的研究
2.
The corrosion of demineralized water is discussed through the analysis of the quality of demineralized water and corrosion products.
通过对软化水水质及腐蚀产物进行分析,论述了软化水的腐蚀机理,指出水中的溶解氧和氯离子是造成腐蚀的主要原因。
3.
The 08Cr2AlMo steel not only had an excellent SS- CC-resisting performance but also offered a higher resistance to the corrosion of cooling water,demineralized water and chlorhydric acid solution than carbon steel.
０８Ｃｒ２ＡｌＭｏ钢具有高的抗硫化氢应力腐蚀开裂的能力，同时还具有比碳钢高的抗循环水、软化水及盐酸水溶液的能力。
5) Pump for Softened Water
软化水泵
6) water softing
硬水软化
补充资料：电磁原理"水处理"和"水软化"的区别？
在软化过的水中，钙、镁等成分被钠所替代；而在被（经特定电磁原理）处理过的水中，只是钙离子的晶体结构被改变，使其以一种很小的颗粒状态溶于水中。这两种方法都能防止水管内的水垢生成。
在被"处理"过的水中，对人体有益的钙等成分还保留在水中，而且是以人体能吸收的状态（溶解状态）存在。
在被“软化”过的水中，水中的钙等矿物质成分被滤掉，而钠成分增多，使水不能用于饮用。
在被"处理"过的水中，对人体有益的钙等成分还保留在水中，而且是以人体能吸收的状态（溶解状态）存在。
在被“软化”过的水中，水中的钙等矿物质成分被滤掉，而钠成分增多，使水不能用于饮用。
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