One of the most technological methods for fabrication of periodic nanostructures and microstructures is interference lithography (IL) [15].
The microwave sintering technique developed in this study can be used as an alternative to conventional polymer processing methods for fabrication of microwave transparent PP based composites.
In the last decade, a variety of methods for fabrication of three-dimensional biomimetic scaffolds based on hydrogels have been developed for tissue engineering.
A variety of methods for fabrication of microfluidic devices with subsequent bonding to form channels include photolithography-lift-off ([Schoning et al. 2005]), soft lithography ([Kwakye and Baeumner 2003]), and laser ablation ([Eswara and Dutt 1974]).
We also review methods for fabrication in an attempt to draw out those approaches that may be useful for product manufacture, and briefly review methods for analysing the resulting interfacial nanostructures.
Methods for fabrication of the micromold and loading cultured cells into the micromold plate have been published previously [ 12, 13].
