Shaddock peel waste is transformed into a multifunctional thermal and microwave shield
In short: Researchers have developed an eco-friendly material by converting shaddock peel waste into a carbon aerogel. This ultra-lightweight substance was engineered to provide three distinct functions simultaneously: it acts as a heat insulator, resists compression, and absorbs microwave radiation.
The study demonstrates how biomass can be repurposed into high-tech materials for stealth and insulation. By using a freeze-drying and calcination process, the team created a porous network that mimics the thermal properties of its surroundings while significantly reducing radar cross-sections in simulations.
The research involved fabricating the aerogel from fresh fruit peels and testing it on a heating platform and through computer simulations. A limitation of the study is that the radar reduction values were primarily determined via theoretical simulation rather than physical field tests.
Why it matters: Waste from fruit peels can be engineered into sophisticated materials for heat shielding and radar reduction.
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