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Cobalt iron bimetallic organic skeleton cox/mil-100 (FE) | [email protected]
2022-07-19 12:54:00
【qiyueshengwu】
Cobalt iron bimetallic organic skeleton Cox/MIL-100(Fe)| Photosensitizer @[email protected]| load CQDs Of FeMIL101 material |mof Reagents
Cobalt iron bimetallic organic skeleton Cox/MIL-100(Fe) Introduction to
Cobalt iron bimetallic organic skeleton was successfully synthesized by hydrothermal method Cox/MIL-100(Fe)(1/4CTAB)(x=1/5,1/10,1/20), Its Co1/10/MIL-100(Fe)(1/4CTAB) Regular morphology , stay 150℃ The denitration rate is 45% about , but 180℃ The denitration rate can be achieved 90% about , A series of carbon based cobalt iron oxides were obtained by carbonizing them as precursors in different carbonization atmospheres Fe-CoxOy/C(x=1/5,1/10,1/20) sample , The prepared catalyst was characterized , Its Co1/10/MIL-100(Fe)(1/4CTAB) stay 800℃, Slightly reducing atmosphere (CO) Next , carbonization 2h Got Fe-Co1/10Oy/C(CO) stay 150 and 180℃ The denitration rate can reach 85% and 95% about , It has more superior low-temperature denitration performance .

mof Custom products
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zirconium - Ferrocene based metal organic framework (Zr-Fc MOF) Loaded polyvinyl alcohol / Polyvinylpyrrolidone (PVA/PVP) Microneedle (MN)
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The above information comes from Xiaobian axc,2022.07.15
Cobalt iron bimetallic organic skeleton Cox/MIL-100(Fe)| Photosensitizer @[email protected]| load CQDs Of FeMIL101 material |mof Reagents
Cobalt iron bimetallic organic skeleton Cox/MIL-100(Fe) Introduction to
Cobalt iron bimetallic organic skeleton was successfully synthesized by hydrothermal method Cox/MIL-100(Fe)(1/4CTAB)(x=1/5,1/10,1/20), Its Co1/10/MIL-100(Fe)(1/4CTAB) Regular morphology , stay 150℃ The denitration rate is 45% about , but 180℃ The denitration rate can be achieved 90% about , A series of carbon based cobalt iron oxides were obtained by carbonizing them as precursors in different carbonization atmospheres Fe-CoxOy/C(x=1/5,1/10,1/20) sample , The prepared catalyst was characterized , Its Co1/10/MIL-100(Fe)(1/4CTAB) stay 800℃, Slightly reducing atmosphere (CO) Next , carbonization 2h Got Fe-Co1/10Oy/C(CO) stay 150 and 180℃ The denitration rate can reach 85% and 95% about , It has more superior low-temperature denitration performance .

mof Custom products
Polydopamine (PDA) Modification MOF-5
Carboxylic acid modified UiO-66(Zr) membrane
Gold nanorods - porphyrin MOF compound material ([email protected])
Amino modification MIL-101(Cr)
Zr The base MOF Loaded Nanometer Pd
zirconium - Ferrocene based metal organic framework (Zr-Fc MOF) Loaded polyvinyl alcohol / Polyvinylpyrrolidone (PVA/PVP) Microneedle (MN)
Zr-MOF Supported pyropheophorbic Acid -a (PPa)
Zinc base MOF Vanadium dioxide loaded nanomaterials
Nickel cobalt manganese MOF Loaded nitrogen doped carbon quantum dots
Microcrystalline cellulose (MCC) load MOF-5
rGO-MOF(Al) Supported palladium bismuth phosphorus alloy nano materials
The above information comes from Xiaobian axc,2022.07.15
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