There are micropore and mesopore in mesoporous hollow sphere, which give it potential applications in many fields as a new kind of functional material.
介孔空心微球具有大的空心腔体和壳体上小的介孔结构，使得介孔空心微球结构材料作为一种新型功能材料有着广阔的应用前景。
In recent years more USES have been found for this material with the advent of mesopore activated carbon fiber.
近年来，中孔活性碳纤维的研究拓宽了其应用领域。
However, further increase in mesopore size led to a decrease in the reaction rate, which is due to low surface area of the MOF material.
然而，进一步的增加介孔孔径，多级孔道金属-有机骨架的比表面积降低，导致反应速率的降低。
However, further increase in mesopore size led to a decrease in the reaction rate, which is due to low surface area of the MOF material.
然而，进一步的增加介孔孔径，多级孔道金属-有机骨架的比表面积降低，导致反应速率的降低。
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