Prof. Xuedong Wu’s group fabricated the siloxane modified acrylic resin (SMAR) coatings with various textures including pillars, pits and grooves. These micro-textured coatings showed different antifouling performances to Navicula Closterium and Ulothrix. The coating with pillars spaced 3 μm reduced Navicula settlement by 73% compared to the control surface.
Prof. Xuedong Wu’s group prepared polythioether dendritic monomers and used them to elaborate high Ag content poly(N-isopropyl acrylamide) hydrogels. Every polythioether dendritic monomers is composed of six thioether bonds. These bonds are oxidation-sensitive.
Recently, Jiang’s group investigated the thermoelectric properties of three-dimensional covalently connected carbon networks (see following Figure)) by using first-principles calculation, Boltzmann transport theory, and nonequilibrium molecular dynamics simulations.
Li-Ping Wang’s group at the Ningbo Institute of Materials Technology & Engineering (CNITECH), Chinese Academy of Sciences (CAS), found that Nitrogen-doped TiO2 nanotubes array has a higher photo-degradation rate under visible light.
The Laser and Intelligent Energy field Manufacturing Group, led by Prof. Wenwu Zhang, has started working on the laser high-speed picosecond nanosecond precision manufacturing project since August 2012. Intensive study and numerous experiments on the short pulse laser processing of CMC are being undertaken.