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High-performance Al2O3-SiO2 aerogel/mullite fibre composites with exceptional thermal stability and ultralow thermal conductivity using dual-silicon-source strategy combined with silica sol deposition modification

Chuanqing Sun, Zhanfeng Li, Mengmeng Wang, Honghua Liu, Kui Ma, Yang Wang, Ruixiang Liu, Futian Liu, Ruixiang Liu, Futian Liu

2025Journal of Non-Crystalline Solids9 citationsDOI

Topics & Concepts

AerogelMaterials scienceMulliteComposite materialThermal conductivityThermal stabilitySiliconThermalDeposition (geology)Chemical engineeringCeramicOptoelectronicsMeteorologyEngineeringPhysicsPaleontologySedimentBiologyAerogels and thermal insulationAdvanced ceramic materials synthesisGlass properties and applications
High-performance Al2O3-SiO2 aerogel/mullite fibre composites with exceptional thermal stability and ultralow thermal conductivity using dual-silicon-source strategy combined with silica sol deposition modification | Litcius