The density of each isochore was based on the pressure-density relationship at 410 K,which was obtained from the Burnett analysis.

首先对超临界410K等温线的数据膨胀法分析,建立压力和密度关系。以此为基础,获得各条定容线的密度。

Compared with the pick of the isothermric quench technology and the other heating treatment .Analyzing the isothermic quench effect.Checking and verifying the technology through the test .

通过对截齿等温淬火工艺与它截齿热处理的比较，分析等温淬火的有效性，并从实验上对该工艺验证。

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处理苯的吸附时，线形的吸附等温线，线的转点正好是单分子层吸附与多分子层吸附的分界点。

The density of each isochore was based on the pressure-density relationship at 410 K,which was obtained from the Burnett analysis.

首先对超临界410K等温线数据进行了膨胀法,立了压力和密度关系。以此为基础,获得了各条定容线密度。

Compared with the pick of the isothermric quench technology and the other heating treatment .Analyzing the isothermic quench effect.Checking and verifying the technology through the test .

通过对截齿等温淬火工艺与它截齿热处比较，了等温淬火有效性，并从实验上对该工艺进行了验证。

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处吸附时，出现折线形吸附等温线，折线转折点正好是单子层吸附与多子层吸附界点。

The density of each isochore was based on the pressure-density relationship at 410 K,which was obtained from the Burnett analysis.

首先对超临界410K等温线的数据进行了膨胀法分析,建立了压力和密度关系。以此为基础,获得了各条定容线的密度。

Compared with the pick of the isothermric quench technology and the other heating treatment .Analyzing the isothermic quench effect.Checking and verifying the technology through the test .

通过对截等温艺与它截理的比较，分析了等温的有效性，并从实验上对该艺进行了验证。

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。

The density of each isochore was based on the pressure-density relationship at 410 K,which was obtained from the Burnett analysis.

首临界410K等温数据进行了膨胀法分析,建立了压力和密度关系。以此为基础,获得了各条定容密度。

Compared with the pick of the isothermric quench technology and the other heating treatment .Analyzing the isothermic quench effect.Checking and verifying the technology through the test .

通过截齿等温淬火工艺与它截齿热处理比较，分析了等温淬火有效性，并从实验上该工艺进行了验证。

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。

The density of each isochore was based on the pressure-density relationship at 410 K,which was obtained from the Burnett analysis.

首先对超临界410K等线的数据进行了膨胀法分析,建立了压力和密度关系。以此为基础,获得了各条定容线的密度。

Compared with the pick of the isothermric quench technology and the other heating treatment .Analyzing the isothermic quench effect.Checking and verifying the technology through the test .

通过对截齿等工艺与它截齿的比较，分析了等的有效性，并从实验上对该工艺进行了验证。

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苯的吸附时，出现折线形的吸附等线，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。

The density of each isochore was based on the pressure-density relationship at 410 K,which was obtained from the Burnett analysis.

首先对超临界410K等温线数据进行了膨胀法分析,建立了压力和密度关系。以此为基础,获得了各线密度。

Compared with the pick of the isothermric quench technology and the other heating treatment .Analyzing the isothermic quench effect.Checking and verifying the technology through the test .

通过对截齿等温淬火工艺与它截齿热处理比较，分析了等温淬火有性，并从实验上对该工艺进行了验证。

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，出现折线形吸附等温线，折线转折点正好是单分子层吸附与多分子层吸附分界点。

The density of each isochore was based on the pressure-density relationship at 410 K,which was obtained from the Burnett analysis.

首先对超临界410K温线的数据进行膨胀法分,建立压力和密关系。以此为基础,获得各条定容线的密。

Compared with the pick of the isothermric quench technology and the other heating treatment .Analyzing the isothermic quench effect.Checking and verifying the technology through the test .

对截齿温淬火工艺与它截齿热处理的比较，分温淬火的有效性，并从实验上对该工艺进行验证。

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处理苯的吸附时，出现折线形的吸附温线，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。

The density of each isochore was based on the pressure-density relationship at 410 K,which was obtained from the Burnett analysis.

首先对超临界410K等温线的数据进行膨胀法分析,建立压度关系。以此为基础,获得各条定容线的度。

Compared with the pick of the isothermric quench technology and the other heating treatment .Analyzing the isothermic quench effect.Checking and verifying the technology through the test .

通过对截齿等温淬火工艺与它截齿热处理的比较，分析等温淬火的有效性，并从实上对该工艺进行。

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。

The density of each isochore was based on the pressure-density relationship at 410 K,which was obtained from the Burnett analysis.

首先对超临界410K等温线的数据进行膨胀法分析,建力和密度关系。以此为基础,获得各条定容线的密度。

Compared with the pick of the isothermric quench technology and the other heating treatment .Analyzing the isothermic quench effect.Checking and verifying the technology through the test .

通过对截齿等温淬火工艺与它截齿热理的比较，分析等温淬火的有效性，并从实验上对该工艺进行验证。

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.

SDM-A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。