Adsorption exchange

Study on the Adsorption Exchange between Rare Earth and Sediments in Yellow River

黄河水中稀土与沉积物的交换吸附特性研究

Study on the Adsorption Exchange Isotherms of the Sediments on Cu ~ ( 2 + ) and Pb ~ ( 2 + ) in the Yellow River

黄河水中沉积物与铜和铅交换吸附等温线的研究

By modified the model-H 001 × 7 strong acids resin to model-Fe , a study testified that the modified resin can adsorption exchange fluoride in drinking water effectively .

研究将H型001×7强酸树脂改性为Fe型，该树脂能有效吸附交换水中的F-。

Adsorption and Exchange of Ion Exchange Resin for Copper Ion

离子交换树脂对铜离子吸附交换行为的研究

The Mechanism of Adsorption - Exchange on Treatment Process of Fluride - containing Water

含氟水处理过程的吸附交换机理

Adsorption and exchange of zinc by humic acid extracted from lignite

褐煤中腐植酸对锌的吸附与交换

The DSD salt was chosen to study the behavior of the resin adsorption and exchange process .

以DSD酸钠盐为代表物研究DSD酸在D301R树脂上的吸附交换过程。

The adsorption and exchange of Cr3 + in chromium-containing wastewater with zeolite are investigated .

研究了天然沸石对含Cr3+的重金属废水的吸附与交换。

Hydroxyapatite has excellent ion adsorption and exchange action due to particular crystal-chemical structural characteristics and that can be used as a new-type environment functional material .

羟基磷灰石（HAP）有特殊的晶体化学特征，有良好的离子吸附和交换性，是一种新型的环境功能材料。

Iron ions on the recovery of waste acid , this study focused on the different conditions of iron ion adsorption resin exchange resin , the desorption efficiency and regeneration efficiency .

对废酸中铁离子回收的研究中，本文重点讨论了不同条件下树脂对铁离子吸附交换的效率以及树脂的脱附再生效率。

Objective To improve adsorption and exchange ability of zeolite by different disposal methods and observe the decreasing effect of rigidity , iron and manganese , explore relative perfect method of zeolite activation .

目的通过不同的处理方法，提高沸石的吸附和交换的能力，观察对饮用水中硬度、铁和锰的处理效果，探索比较理想的沸石活化方法。

This study focuses on the interaction between Cu 2 + and surface sediment as well as the effects of lysine acid and asparaginic acid on the related adsorption and exchange isotherms .

研究了黄河水中表层沉积物对Cu2+的交换吸附等温线以及赖氨酸和天门冬氨酸对吸附作用的影响。

He equilibrium time of the adsorption and exchange of zinc by the humic acid extracted from lignite , the effect of acidity on Kd and the adsorption isotherm of zinc by the humic acid were studied .

本文研究了用煤中腐植酸对锌的吸附与交换平衡时间、酸度对分配比Kd的影响以及吸附等温线。

The clay adsorbent with good adsorption and ion exchange performance was prepared .

具有良好的吸附和离子交换性能的粘土类吸附剂的制备。

Adsorption and ion exchange made up the major mechanism forthe purification of wastewater .

废水净化机理为吸附作用和离子交换作用。

Form , adsorption , ion exchange , and cementation of secondary minerals ;

次生矿物形成及其吸附、离子交换、胶结作用；

Studies on Structure of Different Mordenites and Their Properties of Adsorption 、 Ion Exchange and Catalysis

不同类型丝光沸石的结构及其吸附、离子交换和催化性质的研究

Kinetics of palladium adsorption with anion exchange resin

P-950哌啶树脂吸附钯的动力学研究

Experiments of adsorption and ion exchange of citric acid in fixed bed and stirred cell were carried out .

用固定床和搅拌槽进行了吸附（离子交换）柠檬酸实验。

Physical adsorption and chemical exchange of nh_4 ~ ( + ) on humic acid extracted from brown coal

NH4~+在褐煤腐植酸中的物理吸附与化学交换

Drying is effectively a sort of desorption . There is another process similar to adsorption called ion exchange , which is also useful .

干燥就可以算得上是一种解吸过程。另外有一种类似于吸附的过程，叫离子交换，也很有用。

Those included : ( 1 ) adsorption ( ion exchange , specific adsorption , co - precipitation , surface complexation ) .

包括：（1）吸附（离子交换、专性吸附、共沉淀和表面络合）；

Nowadays , the main defluoridation processes include adsorption , ion exchange , reverse osmosis , chemical precipitation and electrodialysis .

当今，饮用水除氟的主要方法有吸附法、离子交换法、反渗透法、絮凝沉淀法和电渗析法等。

Some non-metallic minerals especially clay mineral materials possess better adsorption and ion exchange capacity , so exhibit wider application prospect in wastewater treatment .

一些非金属矿物特别是粘土矿物材料具有较好的吸附性和离子交换性能，在污水处理中有着广泛的应用前景。

Zeolite has a wide application prospect in water treatment by reason of the well properties of selective adsorption and ion exchange for its peculiar cage structure .

沸石因具有独特的架状结构而表现出良好的选择吸附和离子交换性能，在水处理中有广阔的应用前景。

Surface adsorption and ion exchange adsorption of H + help the increase rate of pH value in acidic solution more than the decrease rate in basic solution .

而表面吸附和离子交换吸附H+使酸性溶液pH值上升速率大于碱性溶液pH值下降速率。

After remaking into Na - exchanged zeolite , the property of adsorption and ions exchange capacity of stilbite increase greatly .

辉沸石改成Na型后，它的吸附性能和离子交换性能大大增强。

With functions of adsorption , ion exchange and chelation , it is natural growth-regulating hormone of green plants to promote the nutrition absorption of plants .

是绿色植物的天然生长调节激素，促进植物对养份的吸收。

As a low-priced nonmetallic mineral that have good selective adsorption and ion exchange characteristics , zeolites can enrich much fine particles and be regarded as ideal medium .

沸石，作为一种廉价的非金属矿物，具有良好的吸附、交换性能，对微小颗粒有富集作用，是一种理想的载体。

The dissolution rate of minerals is controlled by surface adsorption and surface exchange reactions and desorption , depends on the pH of the solution and is directly proportional to α .

矿物溶解速率受表面吸附、表面交换反应和解吸反应等表面化学过程的控制并与溶液的pH值有关，正比于溶液αH＋值的nθ次幂。