News
- In this report titled "Photocrosslinking-induced Phase Separation in Evaporative Solvents: Formation of Skin Layers and Microspheres", we investigated the structure formation of films obtained via photocrosslinking of precursors during the
- We studied the "influence of substrate confinement on the phase-correlation in the capillary breakup of arrays of patterned polymer stripes". For the two extreme cases of viscosity ratios we investigated, in-phase breakup of strongly confined
- In this study titled "Use of nanoimprinted surface patterns to mitigate colloidal deposition on ultrafiltration membranes", we demonstrate that submicron patterns can be successfully imprinted onto a commercial polysulfone ultrafiltration membrane
- Zhen's paper "Morphological evolution of thin PS/PMMA films: Effects of surface energy and blend composition" is now published on Polymer!
- Liang's paper "Fabrication and Characterizations of Crosslinked Porous Polymer Films with Varying Chemical Compositions" is now published on Polymer!
- The paper is about the correlation between barrier layer Tg of RO membrane and its performance upon chlorine degradation. This is our second paper on membrane study.
- Liang attended the NSF EFRI Grantees Meeting in DC this March and presented his study related to living wall materials and systems for automatic building thermo-regulation.
- Zheng's presentation on the instabilities of patterned polymer bilayers won the Wayne Beattie Memorial Best Presentation Award at the materials session of 2012 Graduate Engineering Annual Research Symposium (GEARS). Congratulations, Zheng!
- S.H. Maruf et al., “Correlation between barrier layer Tg and a thin-film composite polyamide membrane’s performance: Effect of chlorine treatment”, J. Membr. Sci. (2012), doi:10.1016/j.memsci.2012.03.005
- Congratulations to Lewis and the rest of the Pink Sock coffin racing team. Team Pink Sock has recently established itself as the three-time coffin racing champions of the world during the annual Frozen Dead Guy Days festival.