Postmodulation of the Metal-Organic Framework Precursor toward the Vacancy-Rich Cu_xO Transducer for Sensitivity Boost: Synthesis, Catalysis, and H₂O₂Sensing

Keyphrases

• Metal-organic Frameworks (MOFs) 100%
• Metal-organic Framework Precursor 100%
• CuxO 100%
• H2O2 Sensing 100%
• Vacancy-rich 100%
• Enhancement Mechanism 50%
• Metal Ions 50%
• Redox 50%
• Medical Setting 50%
• One-pot Reaction 50%
• Dispersed Metals 50%
• High Activity 50%
• Highly Active 50%
• Signal Enhancement 50%
• Novel Precursor 50%
• Ion Distribution 50%
• Dopant Atoms 50%
• High-performance Catalysts 50%
• H2O2 Reduction 50%
• Copper(II) Nitrate 50%
• Electrochemical Catalyst 50%
• Active Nanocomposite 50%
• Transducer Materials 50%
• Temperature Modulation 50%
• Gradual Transformation 50%
• Atom Ratio 50%

Material Science

• Metal-Organic Framework 100%
• Catalysis 100%
• Hydrogen Peroxide 33%
• Crystalline Material 33%
• Nanocomposites 33%
• Piezoelectricity 33%
• Doping (Additives) 33%