1) residual Al
残铝
1.
Behavior of the residual Al in the cast steel is introduced in this paper.
介绍了铸钢中残铝的行为，并通过大量生产数据的统计分析了钢中残铝对铸件的验收条件—纤维状断口及杆状晶断口评级的影响。
2) residual aluminum
残余铝
1.
Study of residual aluminum concentration in drinking water treated with Poly Aluminum Ferric Silicate Chloride(PAFSC);
聚合硅酸铝铁混凝处理水中残余铝含量的研究
2.
The results of flocculating effect tests in comparison with polyaluminum chloride(PAC) and alunite show that the new coagulant has better flocculation performance,and lower residual aluminum than alunite.
通过试验探讨了利用粉煤灰和赤泥制备复合絮凝剂FC的最佳工艺,并将FC与市售聚合氯化铝(PAC)和明矾做了对比,试验表明,FC复合絮凝剂的絮凝效果较好,残余铝量比明矾低。
3.
In order to study the risk degree of residual aluminum to human health,a new assessment method is proposed,which improves the traditional method by changing pollutant concentration into distribution function of that pollutant.
为了研究自来水中残余铝的健康危害风险程度,提出了一种新的健康危害风险评价法:把传统评价方法中污染物的浓度改进为污染物浓度的分布函数,采用蒙特卡罗(Monte-Carlo)数学模拟的计算法,利用风险评价软件Crystal ball进行风险值计算。
3) residual aluminium
残留铝
1.
Control of residual humic acid and residual aluminium in water with enhanced coagulation was investigated.
04 cm-1以下,并能同时有效控制残留铝在0。
4) residual aluminum content
残铝量
1.
Results of this study reveal that the optimal residual aluminum content in 35CrNi3MoV steel is 0.
结果表明，35CrNi3MoV钢的最佳残铝量为0。
5) Residual Aluminium
残余铝
1.
The Residual Aluminium Can be Controlled by Control the pH when the PAC(Poly-Aluminium Chloride) is used for Coagulation;
聚合氯化铝处理低温低浊水时通过控制pH值控制出水残余铝含量
2.
Bench-scale experiments indi-cated that conventional drinking water treatmen t processes,such as coagulation and sedimentation,could sig-nificantly reduc e residual aluminium in colloid form in water.
首先通过实验证明了水中的铝主要以颗粒形态存在,常规水处理混凝沉淀工艺能大幅度降低水体中铝的含量;进而以实验的方法对混凝剂种类、投药量、pH值和温度等的影响进行分析,发现上述因素对除浊和除铝都有重要影响,浊度与铝的去除有较强相关性,但除铝对工艺条件的要求比除浊更严格;通过优化、强化常规水处理工艺,在选择混凝剂品种和混凝条件时兼顾除浊和除铝的要求,对生产过程实施有效的监控调节,使出水残余铝达到水质标准的要求是可行的。
6) residual aluminum
残留铝
1.
Ways to control humic acid and residual aluminum in water by means of coagulation with polynuclear species Al_(30);
多核聚合形态Al_(30)混凝控制水中腐殖酸与残留铝的研究
2.
The residual aluminum, ferric and silica contents in water treated b.
实验结果表明 ,氯化物型 (PSAFC)和硫酸盐型 (PSAFS)混凝剂对印染废水的色度、浊度、CODCr均有良好的去除效果 ;总体而言 ,PSAFS的混凝效果略优于PSAFC ;混凝处理后印染废水出水中残留铝、铁、硅的含量均比较低 ;pH值和碱化度对混凝剂在水体中残留铝含量有影
3.
The experimental results showed that PASC was characterized by better coagulation efficeincy and having lower residual aluminum in water as compared with PAC.
试验结果表明，ＰＡＳＣ较ＰＡＣ具有更好的混凝除浊效果和较低的残留铝含量；共聚法制备的ＰＡＳＣ又较复合法制备的ＰＡＳＣ具有更好的混凝效果和低的残留铝含量。
补充资料：135kA中间下料预焙阳极铝电解槽(抚顺铝厂)
135kA中间下料预焙阳极铝电解槽(抚顺铝厂)
赢 135kA中间下料预焙阳极铝电解槽(抚顺铝厂)
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