Combustion-assisted sintering for tunable densification of manganese cobalt oxide layers

Keyphrases

• Oxide Layer 100%
• Densification 100%
• Combustion 100%
• Cobalt Manganese Oxide 100%
• Composite Fuel 100%
• Sintering Strategies 50%
• Conventional Sintering 33%
• Cobalt Oxide Spinel 33%
• High Efficiency 16%
• Stainless Steel 16%
• Energy Efficiency 16%
• Engineering Systems 16%
• Structural Change 16%
• Metallic Interconnect 16%
• Grain Boundary 16%
• Metal Oxide 16%
• Increased Density 16%
• Aromatic Ring 16%
• Novel Composite 16%
• Microwires 16%
• Coating Materials 16%
• Thermal Energy 16%
• Air Drying 16%
• Manufacturing Process 16%
• Protective Layer 16%
• Deposition Parameters 16%
• Combustion Waves 16%
• Serial Communication 16%
• Sodium Azide 16%
• 2,4,6-Trinitrophenol 16%
• High Temperature Condition 16%
• Metal-ceramic 16%
• Specific Performance 16%
• Densifying 16%
• Element Diffusion 16%
• Energy Efficient Manufacturing 16%
• Sintering Environment 16%
• Hybrid Sintering 16%
• Initial Porosity 16%
• Fuel Particles 16%

Material Science

• Oxide Compound 100%
• Cobalt 100%
• Manganese 100%
• Sintering 100%
• Sodium 11%
• Density 11%
• Metal Oxide 11%
• Stainless Steel 11%
• Grain Boundaries 11%
• Detonation 11%