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

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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Détails bibliographiques
Auteur principal: Madhurima Das (2036083) (author)
Autres auteurs: 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)
Publié: 2025
Sujets:
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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