ABSTRACT
In this work, multifunctional cellulose membranes (Ag-NWs/CMs@Ag) with antibacterial activities, high air permeability, and infrared preservation properties were successfully prepared for personal thermal management application. Infrared radiation preservation was observed by modifying surface’s physical and chemical properties. Additionally, Ag-NWs/CMs@Ag exhibits high air permeability of 3.00 mg/cm2·hour, the excellent antibacterial activity against E. coli and S. aureus and hydrophobic properties with a stable water contact angle of 129.35°. Overall, the results of this study demonstrate Ag-NWs/CMs@Ag offers great potential in personal thermal management application and provide an effective strategy for the development of wearable textiles.
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Mingliang Chen
Mingliang Chen is currently a postgraduate student in Jiangsu University, China. His research focused on wearable materials for infrared energy-saving applications.
Zhaoyu Shan
Zhaoyu Shan is an undergraduate student from Jiangsu University since 2020.
Gu Bin
Gu Bin is currently a postgraduate student under the supervision of Dr. Tao Zhang in the research group for biomass materials, Jiangsu University.
Fengxian Qiu
Fengxian Qiu is Professor of chemical engineering and group leader of the research group for biomass materials. Her research interests include energy-saving technology and chemical separation technology.
Zhuoqun Wang
Zhuoqun Wang is currently associate professor at Hebei Vocational University of Technology and Engineering. Research interests and area of specialization includes Physical Chemistry and Materials Chemistry.
Tao Zhang
Tao Zhang is currently working toward the functional materials field in materials science and engineering in the Jiangsu University, China. His research interests include design, synthesis, and fabrication of biomass materials for advanced applications.