Organic metal frame MIL-53 (FE) loaded carbon nanotube composites | zif-8 loaded 717 resin composites | Ru nanoparticles loaded MIL-53 (CR), MIL-53 (CR)

Organic metal frame MIL-53(Fe) Loaded carbon nanotube composites |ZIF-8 load 717 Resin composites |Ru Nanoparticle loading MIL-53(Cr),MIL-53(Cr)

Metal organic skeleton compounds

Definition : It refers to the linkage between inorganic metal centers and organic functional groups through covalent bonds or ionic covalent bonds , Jointly constructed crystalline porous materials with regular pores or cavity structures .

Metal organic skeleton compounds mof According to different categories of ligands ：

(1) Carboxylic acid ligand containing MOFs

Carboxylic acid ligands have strong bridging ability , And a wide variety . Therefore, a stable and flexible skeleton structure can be formed .

(2) Nitrogen Containing Heterocyclic Ligands MOFs

Acids containing nitrogen ligands are weaker than carboxylic acid ligands , Therefore, the stability of the skeleton structure formed by excessive metal ions is relatively high .

Containing other types of ligands MOFs

Organic metal frame MIL-53(Fe) Loaded carbon nanotube composites

be based on MIL-53(Fe) Electrochemical sensors loaded with carbon nanotube composites , And apply it to the detection of cysteine . Organometallic frameworks were prepared by solvothermal synthesis MIL-53(Fe) Loaded carbon nanotube composites

mof material

ZIF-8 Coated gold nanoclusters
Flower globose ZIF-67- Molybdenum selenide nanoparticles
protein @ZIF-8N nanometer material
ZIF-8/ Polyvinyl alcohol composite nanofiber membrane
monolayer ZIF67 Carbon nitride modified by nanoparticles (C3N4)
ZIF-67/rGO Nano enzyme
Cobalt aluminum hydrotalcite nanosheets @ZIF-67
Graphite phase nitrogen carbide nanosheets /ZiF67 Laminated composite
ZIF-8/ Keratin /PVP Electrospun fiber
Iron phthalocyanine - luminol ZIF-90 nanometer material [email protected]
[email protected]/MWCNTs
Magnetism g-C3N4/[email protected] Nanocomposites

The above information comes from Xiaobian axc,2022.07