Review-Paramatreic investigation of electrospun nanofiber a

Abstract- Nanotechnology has brought revolutionary change the field of advances materials and their properties. The electrospinning process offers a potential enabling breakthrough to remove the barriers by dramatically reducing fiber diameters, resulting in vast improvements in fiber mechanical properties. To start with this process we should be familiar with the parameter with are contributing to get optimum diameter. For the new research here we have reviewed data for various parameters such as viscosity, molecular weight, ionic salt, voltage, distance between spinneret and collector, flow rate and concentration. Keywords:Nanotechnology,electrospining,process parameters and diameter Drawing, Template Synthesis, Phase Separation and Self assembly are the methods useful for developing 1-D nano structures but these methods have limitations of scalability. In contrast, Electrospinning is a simple and versatile process to generate uniform diameter fibers in random, as well as aligned fashion from wide variety of polymer, ceramic or composite solutions in cost effective manner. Low cost, scalability for mass manufacture, several areas of applications, wide variety of materials are the parameters tha