By et al Seeram Ramakrishna
The learn and improvement of nanofibers has won a lot prominence lately a result of heightened expertise of its power functions within the scientific, engineering and protection fields. one of the so much winning tools for generating nanofibers is the electrospinning approach. during this well timed booklet, the parts of electrospinning and nanofibers are coated for the 1st time in one quantity. The e-book could be generally divided into elements: the 1st includes descriptions of the electrospinning procedure and modeling to acquire nanofibers whereas the second one describes the features and functions of nanofibers. the cloth is geared toward either novices and skilled researchers within the zone.
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Additional info for An Introduction to Electrospinning and Nanofibers
When fiber reinforcements of less than lOOnm are used, it is possible to produce transparent composites [Bergshoef and Vancso (1999)] although they are generally opaque due to light scattering. In most cases, composites are designed for loadbearing applications although there are other classes of composites that are used for their interesting electrical, thermal or magnetic properties. 1. Composite Reinforcement There are generally two types of composite reinforcements, fibrous reinforcement and particulate reinforcement.
This book can be split into two major blocks: Chapters 2 to 4 deal with electrospinning while Chapters 5 to 7 focus on the electrospun nanofibers. Chapter 2 covers some basic aspects of the electrospinning process by firstly reviewing the various classes of materials such as polymers, composites and ceramics. Sub-topics on solution properties and electrostatics, which are part and parcel of the electrospinning process, are covered in view of their inter-relatedness with the material classes and properties.
Al. (2002)] together with their blends [Fertala et. al. (2001)]. The cost of collagen makes it expensive to yield thick fiber mesh from electrospinning. A cheaper alternative to collagen would be gelatin which can also be electrospun [Huang et. al. (2004)]. Another protein that is electrospun for use in tissue engineering is fibrinogen. As this protein plays a key role in blood clotting and wound healing, electrospun fibrinogen has been explored for possible usage in wound dressings [Wnek et. al.
An Introduction to Electrospinning and Nanofibers by et al Seeram Ramakrishna