Chitosan-Derived CoNi Carbon Aerogels Deliver Broadband Microwave Absorption with Thermal Insulation
Researchers report lightweight chitosan-chitin carbon aerogels loaded with CoNi that absorb microwaves across a 10.26 GHz bandwidth at just 2 ...
Researchers report lightweight chitosan-chitin carbon aerogels loaded with CoNi that absorb microwaves across a 10.26 GHz bandwidth at just 2 ...
A ternary MXene-NiO-PPy composite reported in the Journal of Materials Science achieved a minimum reflection loss of −36.80 dB and, ...
A new review in the Journal of Materials Science maps how sustainable biomass-derived carbon aerogels could replace heavy conventional microwave ...
A Co-doped γ′-Fe4N absorber achieves reflection losses below −50 dB in the S and C bands with a matching thickness ...
Researchers co-pyrolyzed spent lithium-ion battery cathodes and plastic waste into defect-engineered carbon nanotube absorbers that block microwaves at ultrathin thicknesses.
Researchers report that substituting samarium into nickel ferrite nanoparticles induces dipolar relaxation and natural resonance that together deliver record microwave ...
Researchers built an ultralight CeO2/MXene carbon aerogel modeled on the infrared-sensing organs of the Melanophila acuminata beetle, achieving a record ...
Researchers have created hollow FeCoCrNiAl2-rGO composite microspheres that absorb microwaves across the C, X and Ku bands with record-setting efficiency.
A carbonized balsa wood sponge infused with silica aerogel achieves record-level broadband microwave absorption along with thermal insulation and elastic ...
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© 2025 Scienmag - Science Magazine