氯化铝

ICP-MS同时测定水处理剂&聚合氯化铝中的AL2O3及五种元素含量的研究

The determination of al_2o_3 and 5 elements in poly aluminium chloride by inductively coupled plasma mass spectrometer method

聚合氯化铝（PAC）对腐殖酸有机溶胶混凝机理的探讨

Coagulation mechanism of polymeric aluminium chloride ( pac ) for humic acid organic collosol

高Alb聚氯化铝的混凝性能与机理研究

Study on Coagulation Property and Mechanism of High-Al_b Polyaluminum Chloride

以Al（13）和氯化铝为铝源合成莫来石

Synthesis of Mullite with Al_ ( 13 ) and Aluminum Chloride as Aluminium Sources

固态聚合氯化铝的~（27）AlNMR研究

~ ( 27 ) al NMR measurement of solid polymeric aluminum chloride

聚合氯化铝中纳米Al（13）形态的分离纯化及性能研究

The Separation and Purification of Al_ ( 13 ) from Polyaluminum Chloride ( PAC ) and Its Properties

聚合氯化铝是目前国内外广泛使用的高效混凝剂，具有用量少、污泥少、除浊高、对出水pH影响小等优点。

At present , polyaluminium chloride ( PAC ) is widely used as a high-effective coagulant at home and abroad .

聚合氯化铝产品的显著特点是净水效果明显，絮凝沉淀速度快，适应PH范围宽；

The product is characterized by a significant water effect is obvious , flocculation and sedimentation speed , wide adaptation PH ;

结果表明，聚合氯化铝在控制出水浊度、pH值以及剩余铝方面明显优于传统的硫酸铝。

The results showed that polyaluminum ferric chloride is better than aluminum sulfate in controlling turbidity ? pH value and remnant aluminum .

聚合氯化铝+纳米SiO2去除SDS的最佳pH值为6。

The best pH value for removal of SDS by PAC + SiO2 was at 6 .

聚合氯化铝（PAC）和聚合氯化铁（PFC）对活性污泥的影响

Influence of Poly-aluminium Chloride and Poly-ferric Chloride on Activated Sludge

聚合氯化铝（PAC）是一种具有优异絮凝性能的无机高分子絮凝剂。

Polyaluminium chloride with excellent flocculation performance is an inorganic polymer flocculant .

聚合氯化铝中Fe2O3、Al2O3含量和碱化度的连续测定

Continuous Determination of Fe_2O_3 、 Al_2O_3and the Ratio of [ OH ] / 3 [ Al ] in Polymeric Aluminum Chloride

碱式氯化铝的除氟能力与原水的pH值有密切的关系，除氟最佳pH值范围为6.1&7.1。

It is shown that the effect of PAC removing fluoride is closely related to pH value and the optimum range of pH value is between 6.1 ?

试验结果还表明，PACS比聚氯化铝（PAC）的絮凝效果好。

The flocculation efficiency of PACS is better than that of polyaluminium chloride ( PAC ) .

经对比研究同浓度同时间，使用氯化铝作凝聚剂，所得的AIM粉料的表观密度大，有利于工业生产。

The comparative study of the same concentration at the same time , using aluminum chloride as do cohesion , AIM received the apparent powder density is conducive to industrial production .

经过实验比较，选用聚合氯化铝（PAC）处理洗浴废水。

By experimental comparison , polymerization aluminum chloride ( PAC ) was chose to treat bathing wastewater .

结果显示在饮水中加入结晶氯化铝后，实验组动物探究行为次数较对照组明显降低（P＜0.05）。

The results showed that after crystal chlride aluminium added into drinking water , the number of exploratory behavior in test group was significantly less than that in control group ( P < 0.05 ) .

聚合氯化铝的COD去除率和三氯化铁最高，而硅酸钠的COD去除率最低。

COD removal rate of trichloro-iron and polymeric aluminium chloride is most high , while COD removal rate of sodium silicate is most low .

而聚合氯化铝（PAC）絮凝剂同时伴随有电中和与吸附-架桥作用，絮凝效果受絮体形态变化影响较大。

PAC coagulant act with bridge-work accompanying charge neutralization , and the effect is affected by morphology more .

聚合氯化铝又称PAC，是一种无机高分子化合物。

Polymeric aluminum chloride ( PAC ) is an inorganic macromolecular compound which is good at cleaning water .

实验结果表明单独投加一种絮凝剂时，聚合氯化铝（PAC）絮凝效果最好，最佳投药量是30mg/L。

The experimental result indicates when throwing one kind of flocculant separately , the PAC has best flocculation effect .

本文利用聚合氯化铝（PAC）和聚丙烯酰胺（PAM）作复合混凝剂，对其进行进一步除磷研究。

Polyaluminum chloride ( PAC ) and polyacrylamide ( PAM ) were used as complex flocculent to further remove phosphorus .

一是将OP预先引入氯化铝中再进行碱化聚合。

The other is adding OP into aluminum chloride solution , with subsequent polymerization conducted by titration of basic solution .

间歇溶气气浮试验结果表明：影响改进型复合碱式氯化铝除油性能的主要因素是碱化度B，其次是铁铝摩尔比和投量。

Experiment of batch dissolved air floatation shows that the key factors which influences the oil removing capacity of BCAC are the alkalinity and the mol ratio of Fe / Al and the dosage of the chemical .

因此，复合絮凝剂的絮凝机理是氯化铝的电性中和机理和CMP分子的吸附架桥机理的协同作用。

Therefore , the predominant flocculation mechanism is the coexistence of the neutralization mechanism and the adsorption / bridge mechanism .

为了在给水处理、废水处理中，对其高浊度水质进行有效的、低成本的处理，自行研发了一系列复合无机高分子混凝剂，聚氯化铝混凝剂（ZR＿PAC系列产品）。

Series of multiple inorganic macromolecule coagulants and ZR-PAC are studied to treat waste water of high turbidity effectively at low cost .

为了适应中性松香造纸施胶的发展，聚合氯化铝（PAC）、碱式聚合硅酸硫酸铝（PASS）、聚胺和硫酸铝-阳离子聚合物体系等新沉淀剂被开发和研究。

New retention aids , polyaluminium chloride ( PAC ), polyaluminium silicate sulfate ( PASS ), polyamines and alum_cationic polymer system have been developed for neutral rosin sizing .

聚合氯化铝（PAC）由一系列不同聚合度的无机高分子化合物所组成，具有最佳形态分布。

PAC have the best form of distribution , is composed of a series of different degree of polymerization of inorganic polymer .

研究了聚合氯化铝PAC、阳离子聚丙烯酰胺PAM等预处理因素对其粗粒化除油效果的影响。

Moreover , the impact of polyaluminium chloride PAC and polyacrylamide PAM on coalescence oil removal efficiency of the carbon-inorganic sorbent was studied .