“…279,280 Until now, aerogels have been divided based on matrix type into oxide aerogels, carbide aerogels, organic aerogels and CAs. 281 CAs as new form of mesoporous carbon material were considered to be highly attractive materials for adsorbents, catalyst supports, electrochemical capacitors and insulation materials. [282][283][284] In addition, CAs have very low thermal conductivity owing to their nano-sized pores and particle structures.…”
Section: Carbon Aerogelmentioning
confidence: 99%
“…[282][283][284] In addition, CAs have very low thermal conductivity owing to their nano-sized pores and particle structures. 281 Carbonbased aerogels as three-dimensional (3D) structures includes CNT aerogels, graphene aerogels, carbon micro-belt aerogels and carbon fiber aerogels. 285,286 2.6.1 Synthesis of CAs.…”
This review presents the adsorptive removal process of hazardous materials onto carbon-based materials comprising activated carbon, graphene, carbon nanotubes, carbon nanofibers, biochar and carbon aerogels.
“…279,280 Until now, aerogels have been divided based on matrix type into oxide aerogels, carbide aerogels, organic aerogels and CAs. 281 CAs as new form of mesoporous carbon material were considered to be highly attractive materials for adsorbents, catalyst supports, electrochemical capacitors and insulation materials. [282][283][284] In addition, CAs have very low thermal conductivity owing to their nano-sized pores and particle structures.…”
Section: Carbon Aerogelmentioning
confidence: 99%
“…[282][283][284] In addition, CAs have very low thermal conductivity owing to their nano-sized pores and particle structures. 281 Carbonbased aerogels as three-dimensional (3D) structures includes CNT aerogels, graphene aerogels, carbon micro-belt aerogels and carbon fiber aerogels. 285,286 2.6.1 Synthesis of CAs.…”
This review presents the adsorptive removal process of hazardous materials onto carbon-based materials comprising activated carbon, graphene, carbon nanotubes, carbon nanofibers, biochar and carbon aerogels.
“…Like silica aerogels, the carbon-based aerogels are one of the most studied aerogels with a basic focus on their application as a catalyst for dyes degradation and oil removal from water bodies, microwave absorption, electromagnetic interference and electroanalytical applications. [100][101][102][103] Magnetic carbon aerogels mostly involve calcination process which may or may not be followed by surface modication. In order to maintain the superparamagnetic behavior of the aerogel, the calcination temperature is maintained within the optimum range.…”
In this study, we overviewed the magnetic aerogel for the first time in terms of their major types and important applications, and have paved the way for the further research on this futuristic advanced material.
“…Reviews on the comprehensive developments and applications of aerogels are also available. 13,14,[35][36][37] Aerogels and hydrogels could be considered as the same porous network in different stages, that hydrogels are lled with water in their pores while aerogels are lled with air in their pores. Therefore, there are plenty of similarities between hydrogels and aerogels, such as the same porous structure, and the same potential applications as catalyst support, water purication absorbent, and drug delivery system.…”
Physical hydrogels self-assembled from GO and SiO2–NH2 nanoparticles are observed, and they could be transferred into corresponding ultralow density aerogels.
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