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Nanofibers from electrically driven viscoelastic jets: modeling and experiments
Carroll, Colman P.,Zhmayev, Eduard,Kalra, Vibha,Joo, Yong-Lak The Korean Society of Rheology 2008 Korea-Australia rheology journal Vol.20 No.3
Modeling and experiments of three electrospinning systems have been presented and they are i) axisymmetric instabilities in electrospinning of various polymeric solutions, ii) non-isothermal modeling of polymer melt electrospinning, and iii) control of nanoparticle distribution and location via confined self-assembly of block copolymers during electrospinning. It has been demonstrated that predicted simulations are in good agreement with corresponding electro spinning experiments, and theoretical analysis provides fundamental understanding of phenomena that take place during electrospinning of various polymeric liquids.
Nanofibers from electrically driven viscoelastic jets: modeling and experiments
Colman P. Carroll,Eduard Zhmayev,Yong Lak Joo 한국유변학회 2008 Korea-Australia rheology journal Vol.20 No.3
Modeling and experiments of three electrospinning systems have been presented and they are i) axisymmetric instabilities in electrospinning of various polymeric solutions, ii) non-isothermal modeling of polymer melt electrospinning, and iii) control of nanoparticle distribution and location via confined selfassembly of block copolymers during electrospinning. It has been demonstrated that predicted simulations are in good agreement with corresponding electrospinning experiments, and theoretical analysis provides fundamental understanding of phenomena that take place during electrospinning of various polymeric liquids.