铝盐

回收氢氧化钠的另一好处，是降低了处理厂的铝盐消耗量。

An additional benefit resulting out of sodium hydroxide recovery is the decrease in consumption of alum at the treatment plant .

本文从纤维和细小纤维的结构和化学组成入手，主要论述了纤维和细小纤维的湿部化学特性，并重点探讨了打浆度、pH值和铝盐对纤维素纤维动电特性的影响。

The structure and chemical constitution , and the influ-ence of beating degree , pH value and alum on their electrokinetic characteristics were discussed in detail .

铝盐最佳混凝形态及最佳pH范围研究

The study on the best flocculation species and pH range of aluminum salt

用铝盐对H2SiF6液相抽Al补Si法制备的RSY骨架富硅Y沸石进行了改性。对该过程进行了中型放大试验，得到了与实验室相一致的结果。

Aluminum salt was used to modify the framework silicon-enriched Y zeolite prepared by se -

结果表明，pH值是影响水中腐殖质去除效果的一个关键因素，当水中腐殖质浓度为10.0mgL，铝盐作混凝剂时，去除腐殖质的最佳pH值在6.2&6.6范围内；

The results show that coagulation pH appeared to be a crucial factor for removal of humic substances from water .

聚硅酸铝盐絮凝剂在pH值2～12的原水中絮凝性能相同；

PSA ( Polymer Silica Aluminium ) possesses same coagulation property in pH ( 2 ~ 12 ) raw water ;

PVA铝盐法固定微生物技术用于焦化废水脱氮的研究

Study on applying microorganism immobilization technology to denitrification of coking wastewater by PVA-aluminate method

不同铝盐对LiMn2O4改性材料性能的影响

Performance ! of LiMn_2O_4 Materials Modified by Different Alumium Salts

表面活性剂SDBS胶束溶液与铝盐凝聚特征研究

Coagulation Characteristics of Surfactant SDBS Micellar Solution with Aluminum Salt

铝盐致大鼠学习记忆功能障碍的β-APP、SS作用机制研究

The roles of β APP and SS in the deficits of learning and memory function in rats due to subcutaneous injection of aluminum salt

应用3HDL谷氨酸为示踪剂进行突触小体谷氨酸摄取实验，通过体外、体内实验观察铝盐对大鼠脑突触小体谷氨酸摄取功能的影响。

Effect of AlCl 3 on glutamate uptake in rat brain synaptosome were studied with in vitro and in vivo methods .

两种铝盐处理纸浆CEH漂白废水的混凝特性的研究

Study on the flocculation characteristics of pulp CEH bleaching effluents with two aluminium coagulants

将陶瓷纤维纸经水玻璃、铝盐溶液等浸渍及调节溶液pH值，得到了新型高吸附性能Al3+掺杂硅胶吸附材料。

A novel Al 3 + - doped silica gel adsorptive material with excellent adsorption property was prepared by treating ceramic fiber matrix with the aqueous solution of sodium silicate ( Na_2SiO_3 ) and aluminum salt etc.

通过烧杯实验研究铝盐与CBF复配处理各种水样的混凝效果，明确其在不同混凝条件下处理不同水样的混凝性能及混凝机理。

The coagulation performance and mechanism of CBF-alumminum salt dual-coagulant under different coagulation conditions were clearly studied by jar test .

在烧杯搅拌实验的基础上，通过絮体的ζ电位测定、X射线粉晶衍射、红外光谱、X射线光电子能谱等实验手段考察了铝盐混凝除氟的作用机理。

On the basis of the results of jar tests , the coagulation defluoridation mechanisms of aluminum salts were investigated by means of ζ potential measurement of floc and IR , XRD , XPS analysis of floc structure .

以模拟废水、生活污水、市政污水和制浆造纸废水为实验对象，检验了一种新合成铝盐淀粉复合絮凝剂中试产品（CAS）的污水处理效果。

This paper examined the efficiency of a combined flocculants synthesized by aluminum and starch ( noted as CAS ) in treating kaolin suspension , domestic wastewater , municipal effluent and pulp-making wastewater .

基于阴离子表面活性与铝盐的絮凝特性的吸附胶束絮凝（AMF）法可同时去除水体中的表面活性剂和各种污染物。

Based on the flocculation characteristics of anionic surfactants on aluminum salt , adsorptive micellar flocculation ( AMF ) is a method for the removal of surfactants and pollutants from water .

通过实验，发现铝盐是有效的催化剂，催化剂AS与TA摩尔比为2：1时，折皱恢复角处于最佳，但手感变差。

It was found that aluminum salt ( AS ) was an effective accelerant and when the mol ratio of AS to TA was 2:1 , the angle of untwist crease was optimized but the hand feeling was poorer .

在以上试验的基础上，对化学除磷的作用过程机理进行了探讨，并分别分析了铁盐、铝盐和PAM的作用过程。

We probed into the mechanism of process of phosphorus removal by chemistry precipitation on the base of the experiments discussed above . Then we analyzed the process of action of aluminum ion , iron ion and PAM .

随着铝盐浓度增加，所得的Al2O3溶胶固含量也在逐渐增加；同时沉淀反应温度也在一定程度上影响溶胶固含量，温度越高，固含量越大。

The solid content increase with the increase of the salt concentration ; and also the temperature of the precipitation reaction has effect on the solid content , the higher the temperature , the larger the solid content . 7 .

以铁、镁、铝盐为原料制备出一种高效新型复合絮凝剂（PFMA）。

New composite flocculant ( PFMA ) based on ferrous sulphate , magnesium sulphate and aluminium sulphate was developed .

以酸性大红GR为典型代表，初步研究了镁-铝盐水解共沉淀法即时合成层状双氢氧化物（LDH）处理阴离子型染料溶液的效果、影响因素和染料去除机理。

Efficiency , effect factors , mechanism of removal anionic dyestuff were discussed in this paper with Mg ~ ( 2 + ) and Al ~ ( 3 + ) co-precipitation to synthesize LDH in-situ to treat acid scarlet GR.

以锆盐、铝盐和甘氨酸为原料可以制备出止汗效果良好的甘氨酸铝锆盐。可以采用GPC-ICP、HPLC和Al-Ferron逐时络合比色法等手段分析甘氨酸铝锆盐。

Aluminum zirconium glycine salts having enhanced antiperspirant efficacy can be prepared using aluminum salt , zirconium salt and glycine as materials , and can be analyzed by GPC-ICP , HPLC and Aluminum-Ferron complexation timed spectrophotometric methods .

以无机铝盐、乙酰丙酮（Hacac）为原料，固体碱为反应促进剂，室温下固相研磨合成了乙酰丙酮铝。

Aluminium acetylacetonate was prepared by grinding inorganic aluminum salts and acetylacetone ( Hacac ) at room temperature . Solid bases were used to promote the reaction .

铝盐对稀土等矿物浮选的影响

Influence of aluminium salts on Flotation of minerals such as rare-earth

在这些局部损伤处发现含有铝盐。

These localized lesions have been shown to contain aluminium salts .

中性环境中铝盐絮凝剂对典型作物的生态毒性效应

Ecological toxicity of aluminum-based coagulant on representative corps in neutral environment

造纸过程中的铝盐化学及其研究的新进展

The Advancement of the Chemistry of Aluminum Salts in Papermaking Process

论述了被凝聚物浓度对铝盐水解过程的影响。

The influence of suspension concentration on aluminum hydrolysis was discussed .

煤矸石研制铝盐和白炭黑初探

Investigation on Manufacturing Aluminum Salts and White Carbon with Coal Gangue