PAFC

Through beaker experiment , model experiment and practical experiment , the purification effects of PAFC and PAC were compared with one another .

通过烧杯实验、模型实验和生产性试验比较了复合铝铁与硫酸铝对低温低浊水的除浊效果。

The new PAFC has a high performance of removing the turbidity of wastewater .

将该聚合氯化铝铁用于去除废水浊度，表明它是一种新型高效絮凝剂。

The history , recent status and future of PAFC plant technology

磷酸燃料电池（PAFC）电站技术的发展、现状和展望

Numerical Analysis of the Gas Diffusion Layer Model of PAFC Air Electrode

PAFC空气电极气体扩散层数学模型与数值分析

Contrasting Experimental Research of PAFC and PAC on Drinking Water Treatment

PAFC与PAC饮用水处理的生产性对比实验研究

An Analysis of Interface Structure of PAFC Air Electrodes

PAFC空气电极催化层相界面结构分析

Study on preparation of PAFC with waste acid recovered from purifying high carbon graphite

高碳石墨生产中废酸制备聚合氯化铝铁的研究

Preparation of PAFC and Its Effect on the Simulation of Printing and Dyeing Wastewater

PAFC的制备及其对模拟印染废水的处理效果

Due to its excellent performance , PAFC has entered into commercialization stage .

PAFC由于其优良的性能而受到高度重视，发展非常迅速，开始步入商业化阶段。

PAFC is a new type of coagulant with high efficiency and stability by the coagulation test .

PAFC是一种高效稳定的新型净水剂。

Preparing composite inorganic polymer flocculant & pafc by reusing steel mill waste

利用钢厂废物制备复合型无机高分子絮凝剂PAFC的研究

Evaluation of a power generation cycle for recovering waste heat of PAFC and cold energy of LNG

回收PAFC废热与LNG冷能的动力循环分析

PAFC can be produced , which is a kind of brown liquid with ideal stability .

PAFC为红棕色液体，有较好的稳定性。

Analysis on running data of Sino-Japanese cooperated 200 kW PAFC power station in Panyu

中日合作番禺200kW磷酸燃料电池运行数据分析

Aluminium powder red iron oxide polyester anti-rust paint PAFC PAC and comparative study of the effect of water purification

铝粉铁红聚酯防锈漆聚合氯化铝和聚合氯化铝铁净水效果对比研究

Polyaluminium ferric chloride ( PAFC ) is a new inorganic cation compound coagulant with high effect .

聚合氯化铝铁（PAFC）是一种新型，高效无机阳离子复合絮凝剂。

The characteristics and crystal structure of polyaluminium iron chloride ( PAFC ) synthesized in our laboratory were investigated .

对实验室合成所得聚碱式氯化铝铁的结构、性质和应用作了研究。

An Introduction to the Desulfurizing Equipment of Methane of 200 kW PAFC System in Panyu

番禺200kW磷酸燃料电池发电系统的脱硫设施

In addition , the effects of using PAFC or PAC to treat raw water of high or low turbidity are relatively stable .

同时，使用PAFC或PAC来处理高、低浊度原水时的污泥减量效果也较为稳定。

Itisfoundthatthatthe PAFC 's morphological characteristics mainly depend on the hydroxyl-iron ratio .

研究结果表明，PAFC的形态分布主要取决于羟铁比。

Anhydrous hydrochlorination of zirconium bearing fue PAFC PAC and comparative study of the effect of water purification

含锆燃料的无水氢氯化聚合氯化铝和聚合氯化铝铁净水效果对比研究

The PAFC ( phosphoric acid fuel cell ) plants have been the technically mature and commercializing quicker fuel cell generation technology .

磷酸燃料电池（PAFC）发电技术，在目前燃料电池电站中技术最成熟，发展最快。

The results showed that , with the increment of iron content , B and aging time , the species of PAFC changed form low polymer to high polymer .

实验结果表明，随着铁含量的增加、碱化度（B）的增大和熟化时间的延长，PAFC中铝铁的形态由低聚物向高聚物转化。

PAFC has a best flocculent effect at the basicity of about 75 % and the value of pH 7 ~ 9 .

当碱基度为75%左右，水样的pH值为7～9时，该产品的絮凝性能最佳。

The most appropriate pH of PAFC , PAC , PFS and ferrous sulfate was respectively 7 , 6,8 and 7 .

聚铝铁、聚铝、聚铁和硫酸亚铁的最适pH分别为7、6、8、7。

Making hydrochloric acid directly react with pyrite tailing under atmospheric pressure and by polymerization , a polymeric aluminum ferric chloride ( PAFC ) is prepared .

常压下用盐酸直接酸浸硫铁尾矿，通过聚合制得聚合氯化铝铁。

Compared the rule of species distribution of PAFC with that of variation of algae removal efficiency , it is found that adsorption-charge neutralization mechanism is most important in four mechanisms .

将药剂的形态分布规律与藻去除率规律进行比较发现，混凝过程的四种除藻机制中，吸附电中和去除藻细胞最为重要。

Analyses the principles and main characteristics of fuel cell . Considers that phosphoric acid fuel cell ( PAFC ) is the ripest in technique and most commercialized civil fuel cell .

分析了燃料电池的原理和主要特点，认为磷酸燃料电池（PAFC）是目前技术最成熟、商业化程度最高的民用燃料电池；

We compared the flocculation PAFC + HIHON being used in flotation process with the new type of flocculant TIDI + HIHON in practical operating .

钻井废水酸化-中和-混凝处理的试验研究将某炼油厂目前使用的复合絮凝剂PAFC+HIHON与新研制的复合絮凝剂TIDI+HIHON投入工业运行对比试验。

The chemical - biological flocculation process has been studied for treating the Shanghai low concentration municipal wastewater under a variety of PAFC dosage in order to further the research on its flocculation mechanism .

试验采用化学生物絮凝工艺处理上海市低浓度城市污水，分析不同聚合氯化铝铁（PAFC）投加量条件下的污染物去除效果，探讨化学生物絮凝工艺的反应实质。