Keqin Cao

Nicholas A Kotov3
Anthony Waas2
M D Thouless2
Ellen M Arruda2
3Nicholas A Kotov
2Anthony Waas
2M D Thouless
2Ellen M Arruda
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  • Keqin Cao, Carlos Pons Siepermann, Ming Yang, Anthony M Waas, Nicholas A Kotov, Ellen M Thouless +11 others
  • 2013
Traditionally, the field of advanced nanocomposites has relied on a fairly limited set of building blocks; many with low reactivity and of limited variability. These limitations have been addressed by the creation of functionalized nanoscale aramid structures, in the form of nanofibers and nanosheets. These were obtained by deprotonating macroscale,(More)
  • Ming Yang, Keqin Cao, Bongjun Yeom, M D Thouless, Anthony Waas, Ellen M Arruda +1 other
  • 2015
Nanoscale polymeric fibers are expected to bring about exceptional mechanical and optical properties in composite materials related to the better integration of different properties between fibers and polymers. The discovery of the first aramid nanofiber dispersion (ACS Nano. 2011, 5, 6945-6954) from commercial para-aramid macrofibers similar to Kevlar ®(More)
Stable dispersions of nanofibers are virtually unknown for synthetic polymers. They can complement analogous dispersions of inorganic components, such as nanoparticles, nanowires, nanosheets, etc as a fundamental component of a toolset for design of nanostructures and metamaterials via numerous solvent-based processing methods. As such, strong flexible(More)
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