Catalog |
name |
Description |
price |
R-mo-226 |
MOF-650,Metal organic framework-650 |
MOF-650,Metal organic framework-650 from ruixi.MOFs materials are composed of metal ions (clusters) and organic compounds. They have the advantages of large specific surface area, easy regulation of structure and function, and porous properties. MOFs also have potential applications in photocatalytic CO2 reduction, organic synthesis or water decomposition to produce hydrogen / oxygen. |
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R-MF014 |
MOF-14,Metal organic framework-14 |
MOF-14,Metal organic framework-14 from ruixi.MOFs materials are composed of metal ions (clusters) and organic compounds. They have the advantages of large specific surface area, easy regulation of structure and function, and porous properties. MOFs also have potential applications in photocatalytic CO2 reduction, organic synthesis or water decomposition to produce hydrogen / oxygen. |
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R-mo-227 |
MOF-3,Metal organic framework-3 |
MOF-3,Metal organic framework-3 from ruixi.MOFs materials are composed of metal ions (clusters) and organic compounds. They have the advantages of large specific surface area, easy regulation of structure and function, and porous properties. MOFs also have potential applications in photocatalytic CO2 reduction, organic synthesis or water decomposition to produce hydrogen / oxygen. |
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R-mo-229 |
Im-MOF-1,Imidazolium-Metal organic framework-1 |
Im-MOF-1,Imidazolium-Metal organic framework-1 from ruixi.MOFs materials are composed of metal ions (clusters) and organic compounds. They have the advantages of large specific surface area, easy regulation of structure and function, and porous properties. MOFs also have potential applications in photocatalytic CO2 reduction, organic synthesis or water decomposition to produce hydrogen / oxygen.Imidazole molecules are often incorporated into porous materials to improve their proton conductivity. For example, Im Fe MOF and im-mof-1, in which imidazole molecules coordinated in IM Fe MOF provide higher proton concentration for mass transport than water molecules coordinated by Fe MOF alone. |
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R-mo-231 |
MOF-7,Metal organic framework-7 |
MOF-7,Metal organic framework-7 from ruixi.MOFs materials are composed of metal ions (clusters) and organic compounds. They have the advantages of large specific surface area, easy regulation of structure and function, and porous properties. MOFs also have potential applications in photocatalytic CO2 reduction, organic synthesis or water decomposition to produce hydrogen / oxygen. |
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R-mo-233 |
TMOF-3,Trypsin-Modulating Oostatic Factors-3 |
TMOF-3,Trypsin-Modulating Oostatic Factors-3 Factors from ruixi.TMOF is an active peptide analogue. Trypsin regulated oocyte factor (tmof) belongs to the anti gonadotropin family or the factor that inhibits egg development (oocyte hormone).Tmof can pass through intestinal epithelial cells and enter the haemolymph of adults and larvae without being degraded by intestinal proteolytic enzymes.Tmof binds to specific intestinal epithelial cell receptors and then stops trypsin biosynthesis |
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R-mo-234 |
MOF-508b,Metal organic framework-508b |
MOF-508b,Metal organic framework-508b from ruixi.Mof-508b has a one-dimensional pore size of about 4.0 × 4.0 μ, and has high selectivity for CO2 adsorption.Metal organic frameworks (MOFs) can be used for adsorption separation, gas storage, catalysis and sensing due to their high specific surface area, low density, uniform and customizable pore structure. |
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R-mo-235 |
MOF-5-NH2,Metal organic framework-5-nh2 |
MOF-5-NH2,Metal organic framework-5-nh2 from ruixi.Mof-5-nh2 has good anti-interference ability, strong luminescence stability and reusability. It is an excellent sensor material and a luminescent probe. Mof-5-nh2 can be used for selective and sensitive real-time detection of SO2 derivatives (i.e. SO32 -).Metal organic frameworks (MOFs) can be used for adsorption separation, gas storage, catalysis and sensing due to their high specific surface area, low density, uniform and customizable pore structure. |
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R-mo-236 |
MOF-901,Metal organic framework-901 |
MOF-901,Metal organic framework-901 from ruixi.Mof-901 is a two-dimensional crystal material, which is called metal organic framework-901. The crystal structure of mof-901 is composed of hexagonal porous layers, which may be stacked in a staggered conformation (hxl topology).Metal organic frameworks (MOFs) can be used for adsorption separation, gas storage, catalysis and sensing due to their high specific surface area, low density, uniform and customizable pore structure. |
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R-mo-237 |
MOF-143 ,Metal organic framework-143 |
MOF-143,Metal organic framework-143 from ruixi.Metal organic frameworks (MOFs) can be used for adsorption separation, gas storage, catalysis and sensing due to their high specific surface area, low density, uniform and customizable pore structure. |
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