吸附剂

--- Disclosed are a process and plant for the recovery of water from humid air, in which at night cool humid air is passed through an adsorbent medium layer which adsorbs water from the air and in which, by day, air heated by solar energy up to a temperature which is above the ambient temperature is passed first through this layer to absorb water from the layer and then is cooled down so that the water condenses.

摘要---透露，是一个过程和植物为香港经济复苏的水从潮湿空气，在这种在夜间凉爽潮湿的空气是通过一吸附剂的介质层，其中吸附的水，从空中和在其中，由天，空气加热太阳能能源最多的温度是高于环境温度是通过第一，通过这层吸收水层，然后是冷却下来，使水凝结。

However, the capacity could be increased by rehydrating the adsorbent after calcination to increase the silanol group density [29] or by modifying the surface to incorporate functional groups, such as sulfonic acid groups, targeted for adsorption of the amino acid.

然而，能力可以增加补水后的吸附剂，以焙烧增加密度silanol组[ 29 ]或修改表面把功能组别，如磺酸群体，有针对性的吸附氨基酸。

However, the capacity could be increased by rehydrating the adsorbent after calcination to increase the silanol group density [29] or by modifying the surface to incorporate functional groups, such as sulfonic acid groups, targeted for adsorption of the amino acid.

然而，能力能增加补水后的吸附剂，以焙烧增加密度silanol组[ 29 ]或修改表面把功能组别，如磺酸群体，有针对性的吸附氨基酸。

Thermal probe ; adsorption refrigeration ; zeolite ; compound adsorbent ; thermal conductivity

热探针；吸附制冷；沸石分子筛；复合吸附剂；导热系数

Thermal vacuum method ; vacuum state ; 13X zeolite ; compound adsorbent ; adsorption/desorption

热排空法；真空度； 13X沸石；复合吸附剂；吸附/脱附性能

The biosorption action of lead by beer discarded brewer's yeast was studied for exploiting new types of biosorbent.

为了开发新型生物吸附剂，研究了啤酒废酵母对Pb(上标 2+)的生物吸附能力。

Biological absorbent was produced by beer yeast and then used in the absorption of heavy-metal ion Cd.

采用啤酒酵母自制生物吸附剂，进行重金属离子镉的吸附研究。

So the key point of removing carbon dioxide by PSA lied in the development and selection of high quality adsorbent and the design for suitable process flow.The purpose of this paper was to remove carbon dioxide from synthesis gas of synthetic ammonia industry by the way of PSA.

因此变压吸附法脱碳的关键在于高效脱碳吸附剂的开发和选择，以及合理的工艺流程的设计，以实现脱碳过程的高选择性和产品气的高回收率。

The research aimed to probe into the nitrogenfixationand absorption of different absorbents to soil.

探究不同吸附剂对土壤的固氮吸附作用。

Compared with other absorbents,the M-MWNTs not only have high adsorption efficiency to dyes,but also can be easily manipulated by external magnetic field.

和其它吸附剂相比，M-MWNTs不仅有着很好的吸附能力，而且可以在外磁场作用下很方便的操作。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。