After 1000 cycles, the capacity retention is still maintained at 95.7%, suggesting potential applications for fabrication of high performance energy storage devices.
The excellent miscibility of the polycarbonate and cyanate ester coupled with the efficient cure of the blend to a homogenous network suggests that these types of blends may have applications for fabrication of toughened composite structures.
In this review, we will briefly introduce the recent advances on design and fabrication of static and dynamic DNA nanostructures, and summarize their applications for fabrication and functionalization of DNA-based biosensors.
However, in spite of the relative simplicity of magnetron sputtering technique and its wide application for the fabrication of Si-rich SiO2 materials [5, 8], only few groups applied this method for deposition of Si-rich alumina [16].
A pair of reversible redox peaks of hemoglobin was observed, and bioelectrocatalytic activity toward the reduction of H2O2 was also demonstrated, displaying a potential application for the fabrication of novel biosensors to sense H2O2.
The reversible response to ethanol at various operating temperatures and gas concentrations and good selectivity were obtained, implying a potential application for the fabrication of high performance ethanol sensors.
In recent years, Gr as nanoparticles has acquired powerful technological and scientific attention and having potential applications like; for fabrication of super-capacitors, batteries, solar or fuel cells, miniaturized and biomedical sensors.
The presence of such fields is a unique feature of semiconductors with spatially nonhomogeneous composition that leads to formation in these semiconductors in a number of properties [2] which are of interest for many practical applications, particularly for fabrication of efficient solar cells [3, 4].
In this paper, examples of various applications of microelectronic technology for fabrication of Microsystems which may be used for medicine and chemistry, will be presented.
High resistivity sputtered a-GexSi1−xOy compound was investigated for application to microbolometer fabrication for thermal imaging.
