1) activated boron
活性硼泥
2) activated boron atoms
活性硼原子
1.
Three different pack box techniques, which change the contacts between samples and boronizing agent, were designed to investigate how the activated boron atoms are transferred onto the sample surface during pack boronizing.
设计了 3种不同的装罐方法 ,通过改变试样与渗剂的接触方式 ,对固体渗硼时渗剂中活性硼原子输运到试样表面的方式进行了研究。
3) activated sludge
活性污泥
1.
Effect of activated sludge on poly-β-hydroxybutyrate(PHB) accumulation;
活性污泥对聚-β-羟基丁酸酯(PHB)积累能力的影响
2.
Study on measurement of inhibition kinetic constant based on respiration rate in activated sludge process;
以呼吸速率为基础活性污泥抑制动力学常数的测定研究
3.
Development in research methods of activated sludge bacterial community;
活性污泥微生物菌群研究方法进展
4) Sludge activity
污泥活性
1.
A study on the relationship between EPS and sludge activity in MBR;
EPS与MBR中污泥活性关系研究
2.
Study on sludge activity in cross-flow dynamic membrane bioreactor;
错流式动态膜-生物反应器中污泥活性的研究
3.
The determination of sludge activity by pH value method was studied through determining the trend of pH changing at different sludge concentration.
pH值法通过监测微生物的呼吸作用检测污泥活性,受外界因素影响小,结论可靠,且方便快捷,为现场工程中测定污泥活性提供了一种简单、实用的新方法。
5) active sludge
活性污泥
1.
Researching process of the influence of metallic ion on active sludge microbe;
金属离子对活性污泥微生物影响研究进展
2.
Primary discussion on application of active sludge mathematic model ASM1 in engineering design;
活性污泥数学模型ASM1在工程设计中的应用(上)
3.
Application of active sludge mathematic model ASM1 in design project(Ⅱ);
活性污泥数学模型ASM1在工程设计中的应用(中)
6) actived sludge
活性污泥
1.
The treatment adopts aerobe anaerobe actived sludge system, which has high effect, low consume of energy, good environmental benefit, society benefit and economic benefit.
该方案采用了新的好氧生物—厌氧生物—改进后活性污泥处理方法 ,具有效率高 ;能耗低 ;良好的环境效益、社会效益和经济效
2.
The results showed that the optimum flocculation condition of chitosan are: pH in actived sludge is 5-8; the concentration of chitosan is equivalence to that of PAM, better than the PAC in the flocculation of actived sludge.
对壳聚糖用于活性污泥絮凝沉降的ｐＨ值适用范围、投加浓度进行了研究，并与常规絮凝剂聚丙烯酰胺（ＰＡＭ）和聚合氯化铝（ＰＡＣ）进行了比较。
补充资料：硼泥
分子式：
CAS号：
性质：生产硼酸、硼砂等产品产生的废渣，为灰白色、黄白色粉状固体，呈碱性，含氧化硼和氧化镁等组分，俗称“硼泥”。硼泥的堆存处置不仅占用大量土地，而且会使堆场附近的土壤碱化并引起硼的迁移转化，造成环境污染。由于硼是植物生长需要的微量元素，因此可利用硼泥生产硼镁磷肥和硼镁钙肥等复合肥料。
CAS号：
性质：生产硼酸、硼砂等产品产生的废渣，为灰白色、黄白色粉状固体，呈碱性，含氧化硼和氧化镁等组分，俗称“硼泥”。硼泥的堆存处置不仅占用大量土地，而且会使堆场附近的土壤碱化并引起硼的迁移转化，造成环境污染。由于硼是植物生长需要的微量元素，因此可利用硼泥生产硼镁磷肥和硼镁钙肥等复合肥料。
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