PbO.ZrO2.TiO2 ve SrO.ZrO2.TiO2 Nanofiberlerin Elektrospinning Yöntemi ile Haz?rlanmas? ve Karakterizasyonu

Lead zirconate titanate (PZT)-based ferroelectric ceramic materials are piezoelectric of commercial importance. Strontium (SZT) perovskite also have a wide application area. PZ and SZT starting solutions can be prepared using variety suitable methods. Among these methods, the sol-gel process has attracted special attention due to low temperature requirement, homogeneity ability obtain appropriate particle size. The electrospinning method is most effective widely used in nanofiber production. Electro-spinning that enables production solid hollow nanofibers long lengths, homogeneous diameters various compositions. When electro-spinning technology combined with method, continuous nanofibers, nanotubes filled produced from polymer or solution under certain electric field. In this study, lead (PZT) strontium containing Sr Pb were by method. Solutions metal salts alkoxides as precursor materials. obtained fed at flow rates 1.6, 1.8, 2.0 mL / hour PZT formed 20 kV voltage rating. Different parameters device examined optimum properties. Crystal structure, characterization morphological surface chemical properties done XRD, SEM EDX, respectively. XRD results showed structure was not damaged during Sol-gel processes. A small amount beady observed analysis nanofibers. According EDX it formed.