Microwave absorption performance of M-type hexagonal ferrite and MXene composite in K_a and V bands (5G mmWave frequency bands)

Physics & Astronomy

• microwave absorption 95%
• extremely high frequencies 89%
• millimeter waves 79%
• ferrites 69%
• composite materials 49%
• electromagnetic interference 42%
• shielding 41%
• performance 35%
• electromagnetic radiation 19%
• inorganic compounds 17%
• frequency ranges 17%
• magnetic properties 16%
• absorbers (materials) 15%
• impedance matching 14%
• magnetometers 11%
• spinel 11%
• dielectric loss 11%
• analyzers 10%
• dielectric properties 9%
• etching 8%
• solid state 8%
• bandwidth 8%
• microwaves 7%
• anisotropy 7%
• electronics 5%

Engineering & Materials Science

• Millimeter waves 79%
• Ferrite 78%
• Frequency bands 71%
• Microwaves 70%
• Shielding 47%
• Composite materials 46%
• Signal interference 35%
• Magnetic properties 27%
• Electromagnetic waves 24%
• Magnetocrystalline anisotropy 23%
• Inorganic compounds 19%
• Lithium Fluoride 18%
• Solid state reactions 17%
• Magnetic leakage 16%
• Dielectric losses 14%
• Magnetometers 14%
• Electric network analyzers 14%
• Dielectric properties 13%
• Etching 12%
• Bandwidth 7%

Chemical Compounds

• Microwave Absorption 100%
• Hexagonal Space Group 63%
• Composite Material 40%
• Electromagnetic Wave 31%
• Magnetic Property 18%
• Reflection 18%
• Magnetic Loss 17%
• Dielectric Loss 13%
• Dielectric Property 11%
• Anisotropy 10%
• Etching 10%
• Solid State Reaction 10%
• Microwave 9%
• Application 7%