Progress towards nanoengineered energetic materials

Physics & Astronomy

• sensitivity 100%
• flux density 90%
• commonality 87%
• pyrotechnics 84%
• smart materials 76%
• quantum chemistry 70%
• particle interactions 63%
• reaction kinetics 51%
• energy 50%
• nanocomposites 49%
• assembly 48%
• potential energy 48%
• manufacturing 47%
• vapor phases 45%
• synthesis 41%
• molecular dynamics 41%
• thermodynamics 38%
• nanoparticles 38%
• products 36%
• oxides 35%
• performance 25%

Engineering & Materials Science

• Quantum chemistry 67%
• Particle interactions 59%
• Nanostructured materials 52%
• Intelligent materials 52%
• Energy release rate 50%
• Reaction rates 48%
• Molecular dynamics 47%
• Potential energy 47%
• Nanocomposites 45%
• Nanoparticles 42%
• 3D printers 42%
• Thermodynamics 36%
• Oxides 36%
• Gases 24%

Chemical Compounds

• Energy 80%
• Metallic Material 54%
• Bond Energy 48%
• Quantum Chemistry 46%
• Potential Energy 43%
• Application 40%
• Molecular Dynamics 31%
• Additive 28%
• Nanocomposite 28%
• Surface Area 27%
• Nanomaterial 26%
• Thermodynamics 26%
• Oxide 23%
• Nanoparticle 21%