1)  adsorption-desorption
吸附解吸附
2)  sorption
吸附
1.
The sorption mechanism of chlorobenzenes on CTMAB modified kaolinite;
氯苯类化合物在CTMAB-高岭土上的吸附机理
2.
Modification of Montmorillonite and Advances in Adsorption of Organic Pollutants;
改性蒙脱石对有机污染物的吸附性能研究
3.
Adsorption behavior of copper ion and methylene blue on citric acid-esterified wheat straw;
铜离子和亚甲蓝在柠檬酸酯化麦草上的吸附行为
3)  absorption
吸附
1.
Research on absorption of activated carbon in phenyllactic acid fermenting liquor;
苯乳酸发酵液脱色体系中活性炭吸附的研究
2.
Study on treatment of emulsified wastewater by co-coagulation flotation & absorption;
共凝聚气浮破乳吸附法处理乳化废液的研究
3.
Study on Absorption Treatment Waste Leachate With Slag;
炉渣吸附处理垃圾渗沥液的研究
4)  absorb
吸附
1.
Study on capability of modify feather absorbing chrome;
改性羽毛对工业废水中Cr_2O_7~(2-)的吸附性能研究
2.
Effect study of powdered zeolite absorbs and resolves ammonium and nitrogen;
粉状沸石吸附及解吸氨氮影响研究
3.
The effects of sepiolite absorbing nano-TiO_2 particles on the formation of hydroxyl free radical;
海泡石吸附纳米TiO_2对·OH基产生的影响
5)  adsorb
吸附
1.
Adsorbing and Separating Petunia Red Pigment by Resin;
大孔吸附树脂纯化矮牵牛花红色素
2.
This paper has introduced the investigating status of the technology of saturation adsorbing to reproduce the zeolite,and probed into the principle of it,through summing up and analyzing the technology of saturation adsorbing to reproduce the zeolite,the paper has also put forward the direction of the research for the future.
介绍了饱和吸附沸石再生技术的研究状况,探讨了沸石的再生原理,通过对沸石再生技术的总结和分析,提出了今后的研究方向。
3.
n-Butyl acetate was synthesized from acetic acid and n-butanol using polyvinyl chloride-polythylene polyamine resin which adsorbs metal ions as the catalyst.
采用吸附了金属离子的聚氯乙烯—多乙烯多胺树脂为催化剂,乙酸和正丁醇为原料催化合成了乙酸正丁酯。
6)  NO adsorption
NO吸附
1.
PEI chemical modified muli-walled carbon nanotubes and NO adsorption behavior;
多壁碳纳米管的PEI修饰及NO吸附性能研究
参考词条
补充资料:分级吸附
分子式:
CAS号:

性质:工业上分级吸附操作只限于处理稀薄的溶液,其中溶质比溶液中其他组分有更强的吸附能力,很容易地进行吸附分离。一般用于从稀溶液中回收有价值的溶质,如用活性炭从卤水中分离碘化物,然后用氧化法把此碘化物氧化得到碘。从溶液中脱除污染物也可以使用此法。以三段逆流吸附为例,参见附图(图暂缺),对整个级联作物料衡算,得其操作线方程为:m(x1-xn+1)=V(c0-cn),此即是级联的操作线方程。其中c为溶液浓度,m为吸附剂量,V为溶液量,x为吸附剂中吸附质浓度,下标为级的序号。如平衡曲线已知,在x~c坐标上作图,即可得出各级溶液或吸附剂的浓度和吸附溶液。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。