The results clearly illustrate the high resolution potential of NIL and deep-etching capabilities of MCEE.
With resolution potential beyond 10 nm PML2 is designed to meet the requirements of several upcoming IC generations.
Synthesis routes and pore architectures are critically reviewed along with the reported chiral resolution potential for small chiral organics.
Finally we will estimate the fundamental spatial resolution potential available with close-proximity nuclear emission imaging and discuss how one may approach those limits through proper detector design.
This study shows the high resolution potential and the non-destructive character of X-ray microtomography and microfluorescence upon the application of such techniques for evaluating bone quality.
Unfortunately, the generated nanostructures, of relatively large dimensions (several hundreds of nanometers), do not realize the high resolution potential offered by NIL and also exhibited a high degree of porosity [25].
Another advantage of PC-CMR is that because of its high temporal and spatial resolution potential, cosine θ errors can easily be avoided and flow can be measured with a higher level of accuracy.
In this paper, we have designed an facial expressions recognition system based on sEMG signals using Intel Edison board with advantages of high temporal resolution, potential flexibility of testing devices.
In this paper we analyze the spatial resolution potential of a small gamma imager based on Hamamatsu H8500 PMT coupled to different scintillation material arrays like CsI(Tl) and NaI(Tl), with crystal pixel size ranging between 0.2 and 1.8 mm.
This results in poor spatial resolution, potential spatial confounding, and the inability to consider latency.
The small size of the double helix, 2 nm width, together with its stiffness offers a material with high spatial resolution potential.
