Investigation, preparation and application of porous materials based on the interactionlaw for the spatial structure and field effects. The main content including: construction of porous materials for efficient separation, such as gas separation or extraction, and interaction law of pore structure, flow and mass transfer; construction of porous materials for efficient thermal management, and interaction law of pore structure, flow and heat transfer; research and development of extreme-environment-resistant, lightweight and broadband porous electromagnetic wave absorbing material; studies of the Combustion process and media material response behavior in porous structure, development and preparation of long-life, highly reliable porous material for porous combustion; acoustic effect of porous media and the control of matrix materials, topological structures under special acoustic aims.
Biomimetic Architecting of Porous Materials and Porous Field Effect
YANG Zhenming PRINCIPAL INVESTIGATOR