Demonstrates enhanced thermal and moisture management in innovative textiles, suggesting energy-efficient clothing solutions.
O, effectively preventing liquid pinning and back penetration. What's more, the coupled strategy of thermal radiation, conduction, and evaporation resulted in a temperature drop of 20.2°C in the sweaty state. The metafabric also demonstrated superb mechanical robustness, breathability, and washability. The work may offer a scalable and energy-efficient strategy for advanced thermal and moisture management textiles.
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Du et al. (2026) studied this question.
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