In these articles the R a for several formulations/methods of chitosan film fabrication ranges from 0.3- to 4.6 nm (Casettaria et al. 2012; Dash et al. 2011; Hu et al. 2007).
In the years since it has developed into a legitimate alternative to conventional lithographic technology and has found applications in many areas of nanoscale device fabrication ranging from more standard semiconductor devices [2, 3] and bit patterned media [4, 5] to more unique applications in optics [6 10] plasmonics [11 14] microfluidics [15 17] and biomimetic structures [18, 19].
However, the broad implementation of these approaches is still limited by complicated fabrication, narrow range of applicable device materials (e.g., hydrophilic material for capillary), and pre-treatment requirement (e.g., pre-degassing).
The array platforms vary widely in terms of fabrication cost, range of organisms targeted, sensitivity and specificity of detection.
Electronic power converters have been designed, produced, and disseminated to the market in mass quantities utilizing a number of fabrication techniques; ranging from standard printed circuit board (PCB) technologies for low cost applications, to conventional thick film on ceramic, to direct bond copper (DBC) approaches for high power, higher cost applications.
Organic semiconductors enable the fabrication of a range of lightweight and mechanically flexible optoelectronic devices.
An effective method for fabrication of long range ordered micro- and nanostructures on surfaces is to control the interactive crystallisation of block copolymers.
Silk proteins are degraded in the body on a time course that is dependent on the method of silk fabrication and can range from hours to years.
New advanced manufacturing technologies under the alias of additive biomanufacturing allow the design and fabrication of a range of products from pre-operative models, cutting guides and medical devices to scaffolds.
It remains a difficult task to investigate and compare the performance of various gradient microstructures due to the difficulty of fabrication, the wide range of length scales involved, and their respective volume percentage variations.
