It is favorable for the increase of the adsorption film thickness by increasing the lyophobic chain.The determination of adsorption film thickness verifies the validity of the modification result.

木钠及改性木钠在水性和亲水性固体表面的吸度不同，其分子水链段的增加有利于增大其在水性（煤）表面的吸度。

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.

在用SDM-A处理苯的吸时，出形的吸等温，的转点正好是单分子吸与多分子吸的分界点。

It is favorable for the increase of the adsorption film thickness by increasing the lyophobic chain.The determination of adsorption film thickness verifies the validity of the modification result.

木钠及改性木钠在水性和亲水性面的吸层厚度不同，其分子水链段的增加有利于增大其在水性（煤）面的吸厚度。

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.

在用SDM-A处理苯的吸时，出现折线形的吸线，折线的转折点正好是单分子层吸与多分子层吸的分界点。

It is favorable for the increase of the adsorption film thickness by increasing the lyophobic chain.The determination of adsorption film thickness verifies the validity of the modification result.

木钠及改木钠在亲固体表面吸附层厚度不同，其分子链段增加有利于增大其在（煤）表面吸附厚度。

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.

在用SDM-A处理苯吸附时，出现线形吸附等温线，线点正好是单分子层吸附与多分子层吸附分界点。

It is favorable for the increase of the adsorption film thickness by increasing the lyophobic chain.The determination of adsorption film thickness verifies the validity of the modification result.

木钠及改性木钠在性性固体表面吸附层厚度不同，其分子链段增加有利于增大其在性（煤）表面吸附厚度。

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.

在用SDM-A处理苯吸附时，出现形吸附等温，转点正好是单分子层吸附与多分子层吸附分界点。

It is favorable for the increase of the adsorption film thickness by increasing the lyophobic chain.The determination of adsorption film thickness verifies the validity of the modification result.

木钠及改性木钠在水性和亲水性固体表面的厚度不同，其分子水链段的增加有利于增大其在水性（煤）表面的厚度。

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.

在用SDM-A处理苯的时，出现折线形的等温线，折线的转折点正好是单分子与多分子的分界点。

It is favorable for the increase of the adsorption film thickness by increasing the lyophobic chain.The determination of adsorption film thickness verifies the validity of the modification result.

及改性水性和亲水性固体表面的吸附层厚度不同，其分子水链段的增加有利于增大其水性（煤）表面的吸附厚度。

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.

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

It is favorable for the increase of the adsorption film thickness by increasing the lyophobic chain.The determination of adsorption film thickness verifies the validity of the modification result.

改性在水性和亲水性固体表面的附厚度不同，其分水链段的增加有利于增大其在水性（煤）表面的附厚度。

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.

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

It is favorable for the increase of the adsorption film thickness by increasing the lyophobic chain.The determination of adsorption film thickness verifies the validity of the modification result.

木钠及改性木钠在水性和亲水性固体表附层厚度不同，其分子水链段增加有利于增大其在水性（煤）表附厚度。

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.

在用SDM-A处理苯附时，出现折线附等温线，折线转折点正好是单分子层附与多分子层附分界点。

It is favorable for the increase of the adsorption film thickness by increasing the lyophobic chain.The determination of adsorption film thickness verifies the validity of the modification result.

木钠及改木钠和亲固体表面的吸附层厚度不同，分子链段的增加有利于增（）表面的吸附厚度。

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.

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。