Abstract:In this work, a novel Cu(I)-containing metal organic framework named [CuI]-Cu-BTC was easily synthesized via incorporating the Cu(I) active sites onto the surface of Cu-BTC by in-situ templated electrosynthesis using...
“…Between 330-600 °C, the weight loss corresponds to the decomposition of the organic ligands and metal organic frameworks. 32,33 The weight loss above 600 °C corresponds to further decomposition of residual organic components. The TGA data provides valuable insights into the thermal stability of the catalyst, a crucial factor in catalyst design and performance.…”
Section: Reaction Chemistry and Engineering Papermentioning
Developing low-temperature SCR catalysts is crucial for efficiently removing both NO and Hg0. Precisely adjusting the surface structure of Cu-Ce-BTC catalysts under the influence of halogen groups enhances their catalytic...
“…Between 330-600 °C, the weight loss corresponds to the decomposition of the organic ligands and metal organic frameworks. 32,33 The weight loss above 600 °C corresponds to further decomposition of residual organic components. The TGA data provides valuable insights into the thermal stability of the catalyst, a crucial factor in catalyst design and performance.…”
Section: Reaction Chemistry and Engineering Papermentioning
Developing low-temperature SCR catalysts is crucial for efficiently removing both NO and Hg0. Precisely adjusting the surface structure of Cu-Ce-BTC catalysts under the influence of halogen groups enhances their catalytic...
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