micropores present
存在微孔
analyzing micropores
分析微孔
micropore size
微孔尺寸
micropores formed
微孔形成
micropores within
微孔之中
micropore distribution
微孔分布
containing micropores
含有微孔
micropores observed
观察到微孔
micropores network
微孔网络
micropores structure
微孔结构
the activated carbon contained numerous micropores, enhancing its adsorption capacity.
活性炭含有大量的微孔，提高了其吸附能力。
analyzing the pore size distribution revealed a significant presence of micropores.
分析孔径分布显示出大量存在微孔。
micropores provide a large surface area for gas adsorption and liquid storage.
微孔为气体吸附和液体储存提供了大表面积。
the catalyst's performance was strongly linked to the density of its micropores.
催化剂的性能与微孔密度密切相关。
creating materials with controlled micropores is a challenge in materials science.
在材料科学中，制造具有可控微孔的材料是一项挑战。
micropores in the membrane allowed for selective gas separation.
膜中的微孔允许选择性气体分离。
the presence of micropores improved the material's water retention properties.
微孔的存在改善了材料的保水性能。
researchers are exploring methods to engineer micropores into polymer structures.
研究人员正在探索将微孔引入聚合物结构的方法。
micropores contribute significantly to the material's specific surface area.
微孔对材料的比表面积有重要贡献。
the material's microporous structure facilitated drug delivery.
材料的微孔结构促进了药物输送。
characterizing micropores is crucial for understanding material behavior.
表征微孔对于理解材料行为至关重要。
micropores present
存在微孔
analyzing micropores
分析微孔
micropore size
微孔尺寸
micropores formed
微孔形成
micropores within
微孔之中
micropore distribution
微孔分布
containing micropores
含有微孔
micropores observed
观察到微孔
micropores network
微孔网络
micropores structure
微孔结构
the activated carbon contained numerous micropores, enhancing its adsorption capacity.
活性炭含有大量的微孔，提高了其吸附能力。
analyzing the pore size distribution revealed a significant presence of micropores.
分析孔径分布显示出大量存在微孔。
micropores provide a large surface area for gas adsorption and liquid storage.
微孔为气体吸附和液体储存提供了大表面积。
the catalyst's performance was strongly linked to the density of its micropores.
催化剂的性能与微孔密度密切相关。
creating materials with controlled micropores is a challenge in materials science.
在材料科学中，制造具有可控微孔的材料是一项挑战。
micropores in the membrane allowed for selective gas separation.
膜中的微孔允许选择性气体分离。
the presence of micropores improved the material's water retention properties.
微孔的存在改善了材料的保水性能。
researchers are exploring methods to engineer micropores into polymer structures.
研究人员正在探索将微孔引入聚合物结构的方法。
micropores contribute significantly to the material's specific surface area.
微孔对材料的比表面积有重要贡献。
the material's microporous structure facilitated drug delivery.
材料的微孔结构促进了药物输送。
characterizing micropores is crucial for understanding material behavior.
表征微孔对于理解材料行为至关重要。
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