Electrospinning Research
Publications using electrospinning to produce ZnO nanorods, nanowires, and biodegradable polymer nanosheets, and how spinning parameters control the resulting nanostructure.
Room Temperature Ethanol Sensing Properties of ZnO Nanorods Prepared Using an Electrospinning Technique
A single-step electrospinning route grows ZnO nanorods with three distinct tip shapes, and the flat-ended, loosely packed nanorods give the strongest room-temperature ethanol response.
Monomer: Design of ZnO Nanostructures (Nanobush and Nanowire) and Their Room-Temperature Ethanol Vapor Sensing Signatures
A template-free electrospinning route self-assembles ZnO into nanospheres, nanobushes, or pearl-chain nanowires, with the nanowire form reaching a room-temperature ethanol response of 78 at 100 ppm.
Electrospun Tailored ZnO Nanostructures: Role of Chloride Ions
Adding chloride ions to an electrospinning precursor steers ZnO growth from nanospheres to pencil-like nanorods, and the nanorod morphology gives the strongest room-temperature ethanol response.
