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1·The parameters of adsorption isotherm and kinetics are calculated.

计算了相应的吸附等温线参数和吸附动力学参数。

2·Dye adsorption can be described by a multilayer adsorption isotherm curve.

染料吸附可以用多层吸附等温线来描述。

3·The adsorption isotherm and the mechanism for the adsorption were investigated respectively.

测定了吸附等温线并探讨了吸附机理。

4·The adsorption isotherm of dry air on CO2 forst at 77k is presented with experimental results given.

本文首次提出77 K下CO_2对干空气的吸附等温线，并给出了实验结果。

5·The solution gas-oil ratio of this immobile oil is calculated from the Langmuir adsorption isotherm curve.

煤层中的朗格·缪尔等温曲线可视为常规黑油油藏中的溶解气油比曲线。

6·The adsorption principle of ACFP is micropore volume filling according to Nitrogen adsorption isotherm plot.

通过对ACF与ACFP的氮气吸附等温线的分析，表明ACFP的吸附机理仍然是微孔体积填充。

7·A mathematical model of adsorption of phenol in soil has been studied using linear function of adsorption isotherm.

本文利用等温吸附的线性关系，对苯酚在土壤层中的吸附动力学过程进行数学模拟研究。

8·Frontal analysis method is one of the accurate, precise, fast and economic method to determine the adsorption isotherm.

前沿分析法是测定吸附等温线的较为准确、快速和经济的方法之一。

9·It was observed that the adsorption isotherms are well represented by both the Langmuir and Freundlich isotherm models.

结果表明，吸附等温线很好的符合兰缪尔模型和佛兰德利希模型。

10·Frontal analysis method is one of the most accurate, precise, fast and economic method to determine adsorption isotherm.

前沿分析法是测定吸附等温线的较为准确、快速和经济的方法之一。