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。
Results showed that there was a great difference among the adsorptive capacity of these materials, and the adsorptive capacity depended on its micropore volume.
结果表明：三种含炭织物材料的吸附性能有较大差异，且其微孔容积与静态吸苯量和吸DPS量之间的关系呈线性关系。
It was showed that iron had no obvious influence on the distribution of micropore, while it made the specific surface area and pore volume of micropore decrease slightly.
结果表明，铁的存在对活性炭的微孔分布没有明显影响，但却使活性炭微孔的比表面积和孔容有所下降。
Furthermore, the micropore in DP steel would change into microcrack when martensite volume fraction reached 30%. Meanwhile necking appeared early.
断裂时当马氏体体积分数增加到30%，颈缩提前，且微孔有向微裂纹转变的趋势。
Furthermore, the micropore in DP steel would change into microcrack when martensite volume fraction reached 30%. Meanwhile necking appeared early.
断裂时当马氏体体积分数增加到30%，颈缩提前，且微孔有向微裂纹转变的趋势。
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