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In this study, the rates of nanofiber production are compared between single needle electrospinning and single nozzle gas jet fiber (GJF) processes by considering bi‐component nanofibers of two immiscible polymers. The spinning solutions consist of two immiscible polymers and two mutually miscible solvents. The solvent pairs with different vapor pressure are used to obtain three morphological forms...
This study investigates morphology control of polymer nanofibers produced from solutions of two immiscible polymers in mutually miscible solvents by gas jet fiber (GJF) method. The morphology is controlled by selecting the solvents with a range of vapor pressure and solubility parameter to govern respectively the evaporation rates and the polymer-solvent affinity. Bi-component nanofibers with core–shell,...
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