多分子层吸附

为了洞察DPA浓度与SERS强度间的相关性，我们依据单分子层和多分子层吸附等温线对DPA在SERS基底上的吸附特征进行了分析。

The adsorption characteristics of DPA on the SERS substrates has been analyzed in terms of monolayer and multilayer adsorption isotherms to gain insights into the correlation between the SERS intensity and the DPA concentration .

由十二胺在云母和石英表面的吸附等温线可知：十二胺在云母和石英表面都是多分子层吸附，符合表面活性剂在固体表面的两步吸附理论。

The adsorption of dodecylamine on mica and quartz was multilayer adsorption , which can be described by the theory of two step adsorption .

由吸附实验还可以看出Se（Ⅳ）在烟丝上的吸附属多分子层吸附，对已达吸附平衡的烟草用稀HCl作解吸附液时Se（Ⅳ）较易解吸附。

We also can see that the adsorption of Se ( IV ) on tobacco is polymolecular layer adsorption , Se ( IV ) which has reached the adsorption equilibrium on the tobacco surface is easy to break away adsorption when thin HC1 is existence .

研究发现Freundlich吸附模型可以较好地解释CAPOP的吸附行为，证实CAPOP对木瓜蛋白酶的吸附是不均匀立体结构的多分子层吸附模型，这与交联噬菌体的立体结构相吻合。

The study showed that the Freundlich model could better explain the adsorption behavior , indicating the adsorption type was a3-dimensional structure of multi-molecular layer adsorption model , which was consistent with the structure of cross-linked phage .

在用SDM-A处理苯的吸附时，出现折线形的吸附等温线，折线的转折点正好是单分子层吸附与多分子层吸附的分界点。

But for benzene , when treated with SDM-A there was a turning point in its adsorption isotherm , which corresponding to the dividing point between monomolecular and multimolecular layer adsorption .

实际气体的多分子层吸附

Adsorption of Real Gases in Multimolecular Layers

研究了酸性纤维素酶对靛蓝染色织物的吸附性能，试验表明酶在纤维表面呈多分子层吸附。

Research on the adsorption of acid cellulase on indigo dyed fabrics is carried out and the results show that the adsorption belongs to one of polymolecular layer .

结果显示：三种天然染料在阳离子化改性棉纤维上的染色动力学符合准二级动力学模式，即支持吸附过程包括化学吸附的多分子层吸附这一假设。

The results indicated that the adsorption kinetics of the three natural dyes on modified cotton fabrics was follow the pseudo second-order kinetic model , which means the adsorption of the natural dyes on modified cotton was chemical adsorption including multi-molecular layer adsorption .

多分子层的吸附作用可用自来水淋洗金属箔而重新实现。

The absorption of many molecular layers could be reestablished by rinsing the foils with tap water .