Breathable, Thermally Insulating Phase-Change Fibrous Mat and Yarn Inspired by Penguin Feather Microstructure for Personal Thermal Management

In response to the growing challenges of global warming and the energy crisis, the development of advanced personal thermal management fabrics is essential for conserving thermal energy, reducing carbon emissions, and ensuring thermal comfort. In this article, we present an effort to develop a polys...

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Bibliographic Details
Main Author:	Madhurima Das (2036083) (author)
Other Authors:	Ahmadreza Moradi (19064960) (author), Joanna Knapczyk-Korczak (8180214) (author), Piotr K. Szewczyk (8532783) (author), Michał Kopacz (22681642) (author), Waldemar Pichór (22681645) (author), Urszula Stachewicz (1556359) (author)
Published:	2025
Subjects:	Genetics Molecular Biology Evolutionary Biology Developmental Biology Inorganic Chemistry Space Science Chemical Sciences not elsewhere classified thermal conductivity coefficient specific temperature range repeated thermal cycling reducing carbon emissions personal thermal management penguin feather microstructure infrared imaging reveals incorporating peg improves generation wearable textiles excellent thermal stability ensuring thermal comfort effectively containing peg drastic temperature changes change fiber mats 89 j g 63 ± 0 13 ± 0 fibrous mats show fabricated electrospun mat conserving thermal energy changeable fibrous mat change fibrous mat thermally insulating phase alongside thermal performance fibrous mat energy crisis unique morphology structural integrity results position promising candidate mechanical properties growing challenges global warming 30 cycles 033 w
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Breathable, Thermally Insulating Phase-Change Fibrous Mat and Yarn Inspired by Penguin Feather Microstructure for Personal Thermal Management

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