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This book highlights the preparation and characterization of efficient electromagnetic shielding composites containing bio-carbon derived from natural loofah with unique three-dimensional porous structures by means of entire structure design of composites according to shielding theory. The synergistic effect of multifunctional nanoparticles and bio-carbon on electromagnetic shielding mechanism, mechanical performance, and thermal stability of composites obtained has been holistically investigated. The discovery of this renewable, environmentally friendly, and inexpensive bio-carbon represents a new class of conductive materials with multi-interfaces and unravels further research and development of a wide variety of new electromagnetic shielding material systems with potential commercial applications ranging from electronic devices to energy management.
Acquisto del libro
Hierarchically Porous Bio-Carbon Based Composites for High Electromagnetic Shielding Performance, Dongyan Liu, Songtao Li, Zhengwang Zhu, Dong Yulan
- Lingua
- Pubblicato
- 2022
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- (Copertina rigida)
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- Titolo
- Hierarchically Porous Bio-Carbon Based Composites for High Electromagnetic Shielding Performance
- Lingua
- Inglese
- Autori
- Dongyan Liu, Songtao Li, Zhengwang Zhu, Dong Yulan
- Editore
- Springer Nature Singapore
- Pubblicato
- 2022
- Formato
- Copertina rigida
- Pagine
- 152
- ISBN10
- 9811910685
- ISBN13
- 9789811910685
- Serie
- Tag
- Saggistica, Scienza e Matematica, Scienze Naturali, Scienza, Tecnologia, Fisica, Chimica, Ingegneria Meccanica, Sostenibilità, Biochimica, Chimica organica, Nanotecnologia, Magnetismo, Onde elettromagnetiche
- Descrizione
- This book highlights the preparation and characterization of efficient electromagnetic shielding composites containing bio-carbon derived from natural loofah with unique three-dimensional porous structures by means of entire structure design of composites according to shielding theory. The synergistic effect of multifunctional nanoparticles and bio-carbon on electromagnetic shielding mechanism, mechanical performance, and thermal stability of composites obtained has been holistically investigated. The discovery of this renewable, environmentally friendly, and inexpensive bio-carbon represents a new class of conductive materials with multi-interfaces and unravels further research and development of a wide variety of new electromagnetic shielding material systems with potential commercial applications ranging from electronic devices to energy management.