Superior electromagnetic wave absorption performance of Fe₃O₄ modified graphene assembled porous carbon (mGAPC) based hybrid foam

Engineering & Materials Science

• Electromagnetic wave absorption 100%
• Porous carbon 95%
• Graphene 71%
• Paint 66%
• Foams 58%
• Pigments 25%
• Polarization 18%
• Absorption spectra 14%
• Toluene 12%
• Polyethylenes 10%
• Packaging 9%
• Radiation 8%
• Coatings 7%
• Chemical analysis 6%
• Costs 3%

Physics & Astronomy

• paints 71%
• foams 60%
• electromagnetic radiation 50%
• graphene 49%
• carbon 40%
• performance 26%
• pigments 22%
• toluene 11%
• superhigh frequencies 10%
• polarization 10%
• packaging 10%
• sprayers 9%
• polyethylenes 9%
• absorbers 8%
• costs 7%
• absorption spectra 7%
• electromagnetism 7%
• interference 6%
• coatings 6%
• cycles 6%
• thresholds 6%
• radiation 5%
• electronics 5%

Chemical Compounds

• Electromagnetic Wave Absorption 90%
• Foam 55%
• Reflection 48%
• Graphene 43%
• Porosity 35%
• Carbon Atom 28%
• Polarization 18%
• Additive 16%
• Percolation 14%
• Spray 11%
• Solvent 11%
• Toluene 9%
• Application 7%
• Coating Agent 7%
• Weight 6%