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Robust microhoneycomb-like nanofibrous aerogels derived from cellulose and lignin as highly efficient, low-resistant and anti-clogging air filters

Xiu Yun Daphne, Zhihui Zeng, Zhe Wang, Lulu Xu, Youfang Zhang, Jia Ming Ang, Man Pun Wan, Bing Feng Ng, Xuehong Lu

2021Journal of Membrane Science36 citationsDOI

Topics & Concepts

Materials scienceCloggingPorosityCellulosePressure dropAnnealing (glass)Chemical engineeringFiltration (mathematics)Composite materialNanofiberLigninAir filtrationAir filterAirflowChemistryParticulatesOrganic chemistryStatisticsThermodynamicsInletMechanical engineeringPhysicsMathematicsHistoryArchaeologyEngineeringAerogels and thermal insulationAdvanced Cellulose Research StudiesElectrospun Nanofibers in Biomedical Applications
Robust microhoneycomb-like nanofibrous aerogels derived from cellulose and lignin as highly efficient, low-resistant and anti-clogging air filters | Litcius