Multicomponent Nanoparticles Synergistic One-Dimensional Nanofibers as Heterostructure Absorbers for Tunable and Efficient Microwave Absorption.
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Jan 2023 – Jul 2025Where it's discussed
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X / Twitter12 posts
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YouTube2 videos
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The discussions mostly consist of brief mentions and vague references to the article, with examples like one user quoting the paper's title and another making abstract comments about bioengineering and amyloid structures. The tone remains neutral and observational, which supports the scores indicating minimal engagement and interest.
The posts lack clear support or opposition towards the publication, showing neutrality.
The discussions don't reveal strong curiosity or excitement, indicating moderate or indifferent interest.
Posts are brief and do not delve into detailed analysis or extended discussion, reflecting low engagement.
The overall conversations do not suggest significant influence or thought-provoking reactions, implying limited impact.
Abstract in brief
- The study focuses on developing one-dimensional Nd-doped carbon nanofibers that incorporate hollow CoSnC nanocubes, creating efficient microwave absorbers capable of reducing electromagnetic pollution.
- The fibers' ability to absorb microwaves is influenced by factors like carbonization temperature and the interaction between CoSnC and the carbon network, resulting in high absorption performance with specific conditions (e.g., at 800°C).
- The effectiveness of these nanofiber absorbers is due to multiple mechanisms, including electromagnetic wave reflections and interfacial polarization within the fibers, which can be applied to design other advanced electromagnetic shielding materials.]
Top posts
Most liked on X and Bluesky@JCPEREZCODEX @tatiann69922625 @AnneliseBocquet https://t.co/LB9P86YRCA {from: https://t.co/AdSWLWpjJ1 }
Bubbling to the surface of the cortex: https://t.co/gPrvN3rdCo amyloid as architecture: Bioengineering novel, tuneable proteins: https://t.co/LB9P86YRCA Are we sacrificing the gametes to get there? Seems like it.
13. Multicomponent Nanoparticles Synergistic One-Dimensional Nanofibers as Heterostructure Absorbers for Tunable and Efficient Microwave Absorption https://t.co/n9iG6mRLNJ https://t.co/X6RekjSyMM
RT @mlperk1: @JCPEREZCODEX @tatiann69922625 @AnneliseBocquet https://t.co/LB9P86YRCA {from: https://t.co/AdSWLWpjJ1 }
RT @Ryansikorski10:
All mentions
Enhanced Microwave Absorption Using Multicomponent Nanofiber Composites
This video explores the development of Nd-doped carbon nanofibers incorporating hollow CoSnC nanocubes, creating efficient microwave absorbers. Factors like carbonization temperature influence their performance, which…
Advanced Nanofiber Absorbers for Efficient Microwave Shielding
Development of Nd-doped carbon nanofibers with hollow CoSnC nanocubes for high-performance microwave absorption, influenced by processing conditions such as temperature, utilizing electromagnetic reflections and…
RT @Ryansikorski10:
RT @Ryansikorski10:
RT @Ryansikorski10:
RT @Ryansikorski10:
Bubbling to the surface of the cortex: https://t.co/gPrvN3rdCo amyloid as architecture: Bioengineering novel, tuneable proteins: https://t.co/LB9P86YRCA Are we sacrificing the gametes to get there? Seems like it.
RT @Ryansikorski10:
RT @mlperk1: @JCPEREZCODEX @tatiann69922625 @AnneliseBocquet https://t.co/LB9P86YRCA {from: https://t.co/AdSWLWpjJ1 }
@JCPEREZCODEX @tatiann69922625 @AnneliseBocquet https://t.co/LB9P86YRCA {from: https://t.co/AdSWLWpjJ1 }
RT @Ryansikorski10:
RT @Ryansikorski10:
13. Multicomponent Nanoparticles Synergistic One-Dimensional Nanofibers as Heterostructure Absorbers for Tunable and Efficient Microwave Absorption https://t.co/n9iG6mRLNJ https://t.co/X6RekjSyMM