Diatom-Inspired Nanoscale Heterogeneous Assembly Strategy for Constructing Thermal Insulating Wood-Based Aerogels with Exceptional Strength, Resilience, Degradability, and Flame Retardancy

Diatom-Inspired Nanoscale Heterogeneous Assembly Strategy for Constructing Thermal Insulating Wood-Based Aerogels with Exceptional Strength, Resilience, Degradability, and Flame Retardancy

The potential of thermally insulated wood aerogels in energy-efficient engineering is constrained by their mechanical weakness and inadequate environmental stability. Combining minerals with wood aerogels offers promise for enhancing their multifaceted performance. However, fabricating high-performa...

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Bibliographic Details
Main Author: Zheying Liu (5891405) (author)
Other Authors: Tao Liu (10785) (author), Hongping Dong (327340) (author), Bin Yang (103252) (author), Xingong Li (2987697) (author), Xianjun Li (550782) (author), Yiqiang Wu (1438306) (author), Kang Xu (708915) (author)
Published: 2025
Subjects:
Biophysics
Biotechnology
Ecology
Space Science
Environmental Sciences not elsewhere classified
Biological Sciences not elsewhere classified
Chemical Sciences not elsewhere classified
Physical Sciences not elsewhere classified
weak interfacial bonding
water contact angle
unique structural features
inadequate environmental stability
homogeneous monolithic structure
73 ± 3
3 °),
young ’
via </
thermal insulation
stress release
situ </
radial direction
precisely engineer
poor uniformity
performance wood
original shape
multifaceted performance
mechanical weakness
ideal material
harsh environments
fabricating high
exceptional strength
excellent combination
efficient engineering
based aerogels
axial direction
aerogel exhibits
97 mpa
20 mpa
13 kw
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