考察了吸附及脱附条件对吸附剂性能的影响以及它的稳定性。
The adsorption and desorption conditions on the properties of the adsorbent is investigated, and the stability of this type of adsorbent examined.
其次，考察了金属离子对吸附剂性能的影响，发现金属离子半径越小，吸附脱硫性能越好；
Secondly, Desulfurization efficiency was influenced by different metal ions. The better desulfurization performance, the smaller radius of positive metal ion;
通过两种吸附剂性能的比较，发现减小吸附剂晶粒大小，增加大孔分布，可提高吸附剂的吸附性能。
It has been found that the adsorption properties for these adsorbents were improved by decrease in adsorbent crystal size and increase in macro-pore size.
因此，根据用途与应用领域对吸附剂性能的要求定向制备具有特定孔结构的活性炭的方法具有重大的意义。
Therefore, it is of great importance to research and develop methods for the preparation of ACs with a specific porosity which could meet the demands of their suggested application fields.
沸石分子筛吸附剂中阳离子的类型和离子交换度是影响其吸附性能的重要因素。
The type of cation and their exchange degree are the important factors that influence the adsorption performance of zeolite adsorbents.
该分离过程充分体现了扩张床吸附的集成化优势和新型混合模式扩张床吸附剂的优良性能。
The separation process demonstrated the integration advantage of expanded bed adsorption and the excellent properties of the novel mixed-mode expanded bed adsorbent.
目的观察各类新型吸附剂对重型肝炎患者血浆中的胆红素和细胞因子的吸附性能。
Objective to study the adsorptive property of novel absorbents for plasma bilirubin and cytokines in severe hepatitis patients.
考查了床层温度、进料浓度、表观气速和吸附剂粒径对吸附性能的影响。
The effects of bed temperature, input concentration, apparent gas speed, and absorbent grain size on the absorption performance were studied.
选用水和乙醇作为吸附质，开发了性能优良的吸附剂NA和NB。
Water and ethanol were selected as absorbates, absorbent NA and NB with good performance were developed by ourselves.
对多孔玻璃微珠作为多孔性固体吸附剂的研制及其在液相中的吸附性能做了初步研究。
As a porous solid adsorbent, porous glass microspheres were prepared and its adsorption feature in liquid phase was investigated.
研究了在吸附剂量不变的情况下，制冷剂(吸附质)充注量对制冷管性能的影响。
The effect of recharge quantity of refrigerant (adsorbate) under the condition of keeping the adsorbent quantity constant on performance of the cooling tube is studied in the paper.
而行相比于传统吸附剂活性炭来说，要经济合理、可再生性能好、便于获取等优点。
The line is compared to conventional activated carbon adsorbent, to economical, renewable performance, and ease of access and so on.
在最优吸附剂概念的基础上检测了30多种有潜力的吸附剂的吸附性能。
On the basis of formulate conception of the optimal sorbent are tested the sorption properties more 30 potential sorbents.
此外，采用五种大孔吸附树脂富集纯化提取液中的赤芍总苷，实验结果表明，非极性树脂D101和ATD-21是性能良好的赤芍总苷吸附剂。
Also, the purification of TPG by macro adsorption resin was investigated. The results showed that nonpolar resin ATD-21 and D101 were good sorbents of TPG.
指出未来研究重点是通过改性提高吸附剂的性能。
The research emphasis in the future was suggested to be performance improvement of adsorbents by modification.
论述了吸附法提锂的技术现状，重点介绍了几种无机吸附剂的基本性能和吸附机理。
Absorption method of extracting lithium from brines had been paid more attention. Comments on property and adsorbing mechanism of several inorganic sorbents were made.
吸附剂的再生在很大程度上决定了吸附系统的经济性能，再生操作与吸附操作同样重要。
Adsorbent regeneration decide the economical capacity of the adsorption system and is important as same as adsorption.
结果表明：苯蒸汽在活性炭上的吸脱附性能明显与吸附剂的比表面、孔容、孔径与孔径分布直接相关。
The result shows that adsorption and desorption performance of Benzene vapour by activated carbon are related to the specific surface, hole volume, hole diameter and distribution of hole.
由于具有独特的多孔结构以及强吸附性、耐热性等优异的物化性能，它被广泛用于制备助滤剂、催化载体、吸附剂、填料以及保温材料等工业产品。
For its high porosity with strong adsorbability and excellent thermal resistance, diatomite is broadly used for filter aid, catalytic support, adsorbent, functional filler and insulation material.
并把吸附剂制备工艺条件与其结构及贮气性能进行了有益的关联。
Relations between adsorption capacity, structure and preparation of adsorbents were tentatively speculated.
该复合吸附剂具有性能稳定，吸附稳定性佳等优点。
The composite adsorbent has the advantages of stable performance, high adsorption stability, etc.
由于MB是表征吸附剂吸附性能最常用的染料之一，该发现对于其它吸附剂的研究也具有参考价值。
As MB is one of the most popular dyes for characterization of various adsorbents, this find may be also taken as reference to other adsorbent studies.
目的将分子烙印聚合物（MIP）作为固相萃取的吸附剂，研究其分子识别性能。
OBJECTIVE To study the molecular recognition properties of the molecularly imprinted polymer(MIP) as the adsorbent of solid-phase extraction(SPE).
吸附剂的性能对油气吸附分离的效果起着决定性的作用。
The performance of adsorbents plays a decisive role in the adsorption separation of gasoline vapor-air mixtures.
马铃薯粉具有良好的吸附性能，可作为吸附剂制备无水乙醇。
Potato powder could be used as the absorbent for the preparation of anhydrous ethanol because it has satisfactory absorption performance.
通过试验选择活性炭纤维作为吸附剂，吸附气体中醋酸丁酯。对影响其吸附性能的主要因素进行了研究。
Activated carbon fibre was selected through tests as an optimum adsorbent for butyl acetate in gas. The main factors affecting the adsorption performance were studied.
以煤为原料制备煤基超细复合吸附剂，对探索煤炭利用的新途径，开发研制高性能煤基吸附剂有着重要的意义。
It is valuable to prepare coal based superfine composite adsorbent both in probing new ways of coal utilization and in preparing coal based adsorbents with high capacity.
最后，本文从吸附容量、吸附动力学、吸附等温线、介质酸度、吸附选择性和吸附剂再生等六方面研究了吸附剂对重金属离子的静态吸附性能。
Last, the static state adsorbent activity is studied from six aspect namely, adsorptive capacity, adsorptive kinetics, adsorptive isotherm medium acidity, adsorptive selectivity and regeneration.
最后，本文从吸附容量、吸附动力学、吸附等温线、介质酸度、吸附选择性和吸附剂再生等六方面研究了吸附剂对重金属离子的静态吸附性能。
Last, the static state adsorbent activity is studied from six aspect namely, adsorptive capacity, adsorptive kinetics, adsorptive isotherm medium acidity, adsorptive selectivity and regeneration.
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