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Diameter core-shell nanofibers

Figure 10.33. Effect of varying the feed rate of the core stream on the average fiber diameter of the core/shell nanofiber with a fitc-BSA/polycaprolactone core and a PEG shell [131]... Figure 10.33. Effect of varying the feed rate of the core stream on the average fiber diameter of the core/shell nanofiber with a fitc-BSA/polycaprolactone core and a PEG shell [131]...
ZnO/nylon 6 core-shell nanofibers could also be produced by combining the electrospinning technique and atomic layer deposition [119]. The ZnO shell exhibited a polycrystalline nature with hexagonal wurtzite structure and the thickness of the ZnO layer on the surface of nylon 6 nanofibers is about 90 nm. The ZnO/nylon 6 composite nanofibers with the thinner diameter showed better photocatalytic activity due to their higher surface area. Furthermore, the stability of the ZnO/nylon 6 composite nanofibers exhibited a good recycling property for the second cycle photocatalytic test. [Pg.392]

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See also in sourсe #XX -- [ Pg.263 ]



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