Multifunctional and Flexible Thin Bimetal Nano-Oxide@Carbon Textile for Electromagnetic Energy Conversion

Multifunctional and Flexible Thin Bimetal Nano-Oxide@Carbon Textile for Electromagnetic Energy Conversion

Flexible and thin electromagnetic wave (EMW) absorption materials are urgently needed for the development of military stealth equipment and civil electromagnetic radiation. However, balancing multifunctional flexibility with promising reflection loss remains a challenge. Herein, a flower-like cobalt...

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Bibliographic Details
Main Author: Zengming Man (1608505) (author)
Other Authors: Zhuolun Sun (11369244) (author), Dawei Sun (13450) (author), Shouyu Ren (19543916) (author), Jianhua Zhou (311263) (author), Chen Yang (207381) (author), Jiaxin Jin (729246) (author), Xiaohui Liang (494243) (author), Pengtao Cheng (10906606) (author), Wangyang Lu (1801999) (author)
Published: 2025
Subjects:
Biophysics
Medicine
Genetics
Ecology
Inorganic Chemistry
Computational Biology
Space Science
Environmental Sciences not elsewhere classified
Chemical Sciences not elsewhere classified
Physical Sciences not elsewhere classified
− 56 db
thin electromagnetic wave
porous conductive framework
multiple reflection routes
military stealth equipment
joule heating capabilities
exceptional adsorption performance
electromagnetic energy converters
demonstrated excellent durability
civil electromagnetic radiation
broad effective frequency
maximum reflection loss
flexible emw absorbers
balancing multifunctional flexibility
dielectric loss
urgently needed
study provides
multifunctional applications
innovative approach
developing efficient
bimetal nano
based substrate
abundant heterostructures
absorption materials
92 ghz
28 ghz
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