吸附剂

P4纤维吸附剂吸铀性能的研究

Adsorbing uranium characteristics of P_4-fibre adsorbent

Ni基吸附剂上催化裂化汽油反应吸附深度脱硫性能研究

Deep desulfurization of FCC gasoline by reactive adsorption over Nickel-based adsorbent

通过浸渍法制备镧和镧钛改性膨润土吸附剂，探讨了处理含磷废水的最佳条件

Bentonite absorbent modified by La and La-Ti was prepared with maceration method .

以皂土为吸附剂，将花色素酶从粗果胶酶制剂中除去。分离效果受pH和皂土用量影响。

Anthocyanase was removed from pectinase preparation by adsorption with bentonite .

生物吸附剂&虾壳吸附镉（II）的实验研究

Investigation of cadmium ( ii ) biosorption on shrimp shell

粉煤灰改性及制作NOx复合吸附剂的探讨

Study on modified fly-ash for composite NO_x adsorbent

用DNA-球形碳化聚合物吸附剂由血液灌流除去哺乳动物血中DNA抗体及其免疫复合物

Removal of DNA Antibodies and DNA Immune Complexes from Mammal Blood with Spherical Carbonaceous Polymeric Adsorbent by Hemoperfusion

H2PdCl4和竞争吸附剂在Al2O3上吸附的研究

Study on the adsorption of h_2 pdcl_4 and some competitive adsorbates on al_2 o_3

采用凹凸棒石粘土吸附剂对含Ni（Ⅱ）废水的处理进行研究。

The attapulgite clay as adsorbent was studied on treating waste water containing nickel (ⅱ) .

以琼脂凝胶固定热聚IgG制备类风湿关节炎免疫吸附剂的研究

Study on RA Immunoadsorbent Prepared by Coupling Heat-Aggregated IgG to Agar Gel

用于烟气脱硫的CuO/Al2O3吸附剂研究

Research on CuO / Al_2O_3 Sorbents / Catalysts of Dry Flue Gas Desulfurization

钛胶吸附剂的SEM，EDS及TEM研究

Study on titanium-gel adsorbent by means of sem , EDS and TEM

研究了吸附剂用量、溶液的pH值、振荡时间、离子强度和温度对Pb2+吸附量的影响。

The effects of adsorbent dose , pH , contact time , ionic strength and temperature on the adsorption were investigated .

氧化铝厂赤泥制备H2S吸附剂的试验与应用

Preparation of h_2s adsorbent with red mud

介绍了硅沸石作为吸附剂处理含有机物废水以及作为煤间接液化催化剂在C1化学方面的应用。

The treatment of wasted water containing organic compounds as absorbent and the application in the C_1 chemistry as catalyst for indirect liquefaction of coal are reported .

相同pH下，随着HA有机碳浓度的增加，三种固体吸附剂对HA的吸附百分率减小。

When pH remained the same the percentage of HA in the adsorption decreased with the increase in organic carbon concentration of HA .

对风化煤吸附剂在常温下处理染料废水进行了实验研究，探讨了吸附时间、pH值和吸附剂用量对吸附效果的影响。

The experiment on treating dyeing wastewater with weathered coal showed that adsorption time , pH and the amount of weathered coal can affect the adsorption effect .

结果表明：W／γ-Al2O3吸附剂的吸附容量最大，是其它金属改性吸附剂的5倍。

The results indicate that W / γ - Al2O3 has the greatest adsorption capacity which is 5 times that of other metal modifiers .

SCF在吸附剂上的吸附现象

Adsorption of SCF on adsorbents Adsorption Voltammetry Method

以Fe（Ш）和Al（Ш）对砷有较强的亲和性为理论基础，用沉淀法制备了9种同时含有Fe（Ш）和Al（Ш）的砷吸附剂&复合铁铝氢氧化物。

Based on the strong affinities of Fe (Ш) and Al (Ш) to arsenate , nine iron-aluminum hydroxide complexes were synthesized as adsorbents for the arsenic removal .

FT-IR分析表明吸附剂表面的羟基离子参与到了吸附反应中。

FT-IR analysis indicated that the hydroxyl groups on the adsorbent surface were involved in the fluoride adsorption .

沸石分子筛吸附剂样品在650℃焙烧4h后其CO的吸附容量与CO/N：的吸附选择性好。其中引入淀粉的样品经600℃焙烧4h后CO吸附容量达到34.59mL/g，CO加2分离比达到4.71。

The CO adsorption capacity and the CO / N2 adsorption selectivity of the zeolite adsorbents were better by calcining at 650C for 4h .

本文以石油催化裂化废催化剂作为废水中镉的吸附剂，探讨了吸附时间、温度、pH值、吸附剂用量对吸附效果的影响。

The adsorption property of waste FCC catalyst for Cd 2 + is studied . The effects of adsorption time , temperature , pH and the adsorbent dose on adsorption are inspected .

最后，还介绍了在SF6电器设备中吸附剂放置量的估算方法。

In addition , the paper introduces the method of evaluating the quantity of absorbent put into SF6 electrical apparatus .

用离子交换法改性KY分子筛吸附剂

Study on Modification of KY Zeolite by Ion Exchange

考察了溶液pH、吸附剂投加量、离子强度、吸附时间、温度对吸附作用的影响，并结合动力学和热力学模型对吸附机理进行了探讨。

The effects of experimental parameters such as pH , ionic strength , initial concentration , contact time and temperature on the adsorption were investigated . The adsorption kinetics and thermodynamics were also discussed .

重点考察了Ag／13X吸附剂的制备条件和静态吸附条件对其脱硫性能的影响；

The study focused on the effects of preparation conditions and adsorption conditions on the desulfurization performance of Ag / 13X adsorbent .

APV等有机复合吸附剂的研制

A study on the preparation of APV organic complex adsorbents

最后，以GO及CSGO复合材料为吸附剂，分别探究了它们对水溶液中几种贵金属离子的吸附行为。

Finally , the adsorption behaviors of the noble metals in aqueous solutions are studied by GO and CSGO , respectively .

相同pH下，三种固体吸附剂对FA的吸附百分率呈单峰形，随着酸度的降低，峰位向添加的有机碳低浓度处迁移。

At the same pH , the FA adsorption percentage curves all appeared to be a singlet , and the peaks moved towards low organic carbon concentrations of FA when pH rose .