Good agreement with experiment is achieved for single component and multi-component layered compacts.
High luminance efficiencies of 2.3 cd A−1 were achieved for single-layer device; luminescence efficiencies of 4.4 cd A−1 were achieved for a double-layer device.
Enhanced CN detection using alexandrite laser excitation is demonstrated that signal-to-noise ratio ∼5 is achieved for single-shot fluorescence imaging at conditions with CN concentration levels experimentally estimated to be a few hundred ppbs.
Results show that, within the tested sensors, the best tolerance to vibrations, quantitatively measured in terms of angle random walk (ARW) worsening, is achieved for single-axis structures based on piezoresistive sensing.
Finally, we show through simulation that for realistic parameters of hard X-ray FELs a resolution of a few nanometers may be achieved for individual biological objects imaged with single pulses of FEL radiation.
The increase in structural dynamics and aggregation tendency upon illumination of most photoreceptors as well as potential photobleaching makes crystallization of photoreceptors difficult and has so far only been achieved for the single LOV domain proteins VIVID (Vaidya et al., 2011) and PpsB1 (Circolone et al., 2012) as well as for a truncated phytochrome construct (Takala et al., 2014).
Although a sigmoidal dependence on calcium can be achieved for a single segment (Curve 3; Fig. 3), experiments show that a single myosin cannot move the entire Tm strand of a thin filament and, instead, demonstrate that the likely length of a single segment is represented by 3 7 Tm subunits [22].
Actually in most cases, the foreground and background blocks collected from a single fingerprint are statistically separable, and thus, a good segmentation performance can be achieved for this single fingerprint image.
A detector-limited timing resolution of 400 ps was achieved for a single LENDA bar.
When a sufficient fit is achieved for a single peak, the coefficients for the corresponding Gaussian model are obtained and used for integrating the area under the curve.
