Designing MOF-Cellulose Bio-Aerogels for Electromagnetic Management and Fire-Acoustic Safety

Hu, JinHu; Ye, Jierui; Jafari, Pooya; Hou, Boyou; Li, Jinfeng; Dinh, Toan; Liu, J. L.; Chen, Pan; Ma, Mingliang; Hong, Min; Pan, Ye‐Tang; Song, Pingan

doi:10.34133/research.1111

articleResearchJan 1, 2026GOLD OA

Designing MOF-Cellulose Bio-Aerogels for Electromagnetic Management and Fire-Acoustic Safety

JHJinHu Hu JYJierui Ye PJPooya Jafari BHBoyou Hou JLJinfeng Li

Beijing Institute of Technology · National Institute of Biological Sciences, Beijing · +5 more institutions

PubMed

Indexed incrossrefdoajpubmed

Abstract

Lightweight multifunctional aerogels hold great promise in applications, e.g., electromagnetic microwave absorption, thermal insulation, and acoustic damping. However, conventional aerogels often suffer from limited functionalities, complicated manufacturing, and poor sustainability. Metal-organic frameworks (MOFs), with tunable porosity and abundant active sites, offer a compelling route to high-performance multifunctional aerogels, but it has remained a grand challenge to develop sustainable multifunctional MOF-based aerogels. Here, we report a sustainable multifunctional bio-aerogel (Ni-CCA) by integrating hierarchical scale-like topological Ni-MOF-NH 2 with cellulose through simple pretreatment using deep…

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23

total citations

FWCI: 91.11
Percentile: 100%
References: 57

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Authors

12

Topics & keywords

Topics

Keywords

Reflection loss
Aerogel
Porosity
Microwave
Thermal conductivity
Thermal management of electronic devices and systems
Eutectic system
Absorption (acoustics)

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