Doping of Al/CuO with microwave absorbing Ti₃C₂ MXene for improved ignition and combustion performance

Keyphrases

• Microwave Absorption 100%
• Combustion Performance 100%
• Ignition Performance 100%
• Al-CuO 100%
• Ti3C2 MXene 100%
• MXene-based Composites 80%
• Nanothermite 60%
• Ignition 40%
• Ignition Delay Time 40%
• Thermite 40%
• Propulsion 20%
• Low Susceptibility 20%
• Micromechanics 20%
• Power Required 20%
• Al2O3 Oxide 20%
• Ignition Method 20%
• Energy Release Rate 20%
• Detonation 20%
• Full-volume 20%
• Heat Release 20%
• Civil Applications 20%
• Defense Applications 20%
• Surface Excitation 20%
• Microwave Radiation 20%
• Microwave Ignition 20%
• Ignition Temperature 20%
• Combustion Gases 20%
• Operational Requirements 20%
• Oxide Shell 20%
• Release Gas 20%
• Spot Ignition 20%
• Microwave Susceptor 20%
• Microwave Probe 20%
• Energetic Nanocomposites 20%
• Al Particles 20%
• Gas Production Performance 20%

Engineering

• Ignition 100%
• MXene 100%
• Delay Time 33%
• Ignition Delay 33%
• Nanocomposite 16%
• Adaptability 16%
• Energetics 16%
• Energy Release Rate 16%
• Heat Release 16%
• Micro-Electro-Mechanical System 16%
• Microwave 16%
• Susceptor 16%
• Ignition Temperature 16%
• Gas Production 16%
• Al Particle 16%
• Operational Requirement 16%

Chemical Engineering

• Microelectromechanical System 100%
• Microwave 100%