The properties of the nanoparticle/nanocluster filled resin block make the material suitable for chairside CAD-CAM post-and-core fabrication.
Biodegradability, biocompatibility, excellent water solubility, gel formation ability, and amphoteric polyelectrolyte characteristics make this material suitable for biomedical applications (Dolatabadi-Farahani et al. 2006; Fan et al. 2006; Lin et al. 2005; Tavakol et al. 2009; Upadhyaya et al. 2013; Zhang et al. 2004).
The sensor was thoroughly examined using FESEM, TEM, and Raman techniques which confirm the presence of SWCNTs randomly oriented on SiO2/Si film after electrode patterning, thereby facilitating the required interaction of sensor with gas molecules in order to make this material suitable for utilizing as gas detection system.
Also, the conduction band offset of AlGaN/GaN takes most of the band offset, making the material suitable for n -channel electronic devices.
Their structure gives them exceptional properties, which makes this material suitable for the use in composite materials, sensors, drug delivery, hydrogen storage fuel cells, and various environmental applications[2 4].
It was established that processing the material had the beneficial effect of softening the material from the as-received condition, making the material suitable for subsequent forming operations, such as cold drawing.
The results show that there exists an optimal combination of size and proportion of rubber particles that improves the performance of the material under cyclic load stresses, which makes the material suitable for the construction of rigid concrete pavements.
The number of graphenes which pile up to form the structure of a single nanowall ranges from 1 to 2 at the tip up to several 10s at the base, making this material suitable to study and eventually exploit the electronic properties of graphenes on a macroscopic scale.
However, elastomers have unique superior features over metals; which make these materials suitable for special applications.
In addition, their distinguished optical and electronic properties make these materials suitable for optoelectronic applications [1 3].
