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Their high specific surface area and abundant active sites make catalytic reactions more efficient

06 wt% (calculated based on the feeding amount during preparation)

Excellent thermal stability: MIL-101(Cr) can maintain the stability of the structure at a higher temperature

Convertability: It can be converted into other titanium compound nanostructures through acid treatment and other methods (such as acid treatment of sodium titanate nanotubes and nanoribbons to obtain corresponding titanate nanotubes and nanoribbons)

Conjugated systems in its molecular structure contribute to the transport of electrons and holes

Antioxidants: In the biomedical field and material modification

Carbon nanotube sponge is a kind of three-dimensional spatial network structure formed by the overlapping of numerous carbon nanotubes

Excellent rate performance: Theoretically

capable of responding to various forms of external stress and converting them into electrical signals for detection

Specific surface area: ~25

Chemical formula: (C14H20NO11Na)n

with a bimodal UV visible infrared absorption peak at around 500nm and one in the near-infrared region between 850-900nm