Energetic Nanomaterials

Preface
1. Nanoenergetic Materials - A new era in combustion and propulsion
Vladimir E. Zarko
2. Fast-Reacting Nano-Composite Energetic Materials: Synthesis and combustion characterization
Michelle Pantoya
3. Nanometals: Synthesis and application in energetic systems
Alexander Gromov
4. Mechanisms and Microphysics of Energy Release Pathways in Nanoenergetic Materials
Michael Zachariah
5. Synthesis, Characterization, and Application of Nano-Catalysts in Solid Rocket Propellant
Feng-sheng Li
6. Nano Coating for Activation of Energetic Metals
Valery Rosenband
7. Nano-Structured Energetic Materials and Explosive Chips
Ruiqi Shen
8. Combustion Behavior of Nanocomposite Energetic Materials
Alexander Sergeevich Mukasyan
9. Defect Chemistry Approach to the HMX Catalysis by Nano-Oxides
Alla Nickolaevna Pivkina
10. Carbon Nanotube Catalysts Supported Metal and Metal Oxide: Preparation and catalytic effects
Feng-qi Zhao
11. Formation of Nano-Sized Products in Combustion of Metal Particles
Oleg Glotov
12. Encapsulated Nanoscale Particles and Inclusions in Solid Propellant Ingredients
Steven Son
13. Pre-Burning Characterization of Nano-Sized Aluminum in Condensed Energetic Systems
Christian Paravan

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• Tecnologia dos explosivos e pirotécnica
• Ciência dos materiais
• Nanotecnologia

Al; Alloy; Aluminum nanoparticle; Aluminum; AP/HTPB; AP; Burning rate; Carbon nanotubes (CNTs)Catalytic effect; Catalysis; Catalyst; Chain-branched aggregate; CNTs-supported metal or metal oxide; Combustion performance; Combustion property; Combustion; Composite metal nanoparticles; Electric charge; Energetic application; Energetic chip; Energetic materials; Energy density; Fabrication; Fractal dimension; Heat release; Heterogeneous combustion; High-energy ball milling; HMX combustion; HMX thermolysis; Hydrogen-storage nanoparticles; Ignition; Measurement tools; Mechanical activation; Metal nanoparticles; Metallic oxide nanoparticles; Microexplosions; Microscopy; Morphology; Nanocomposites; Nanoenergetic material; Nanoenergetics; Nanometals; Nanonitramine explosives; Nanoparticles; Nanosized aluminum; Nanosized oxides; Nanostructured energetic materials; Nanothermite; Nanothermites; Nonisothermal oxidation; Oxidation; Oxide formation; Performance; Point defects; Propellant; Reaction mechanism; Rheology; ropellants; Size distribution; Solid propellant; Spherules; Synthesis; Thermal behavior; Thermal decomposition; Ti