Here, we report on the ultrahigh UV responsivity of 1.3×105 (A/W) on a single nonpolar a-axial GaN nanowire (NW) based metal-semiconductor-metal (M-S-M) UV photodetector (PD), incorporating the piezo-phototronic effect.
Finally, a sensitivity analysis was performed to investigate individual effects of parameters, such as the calibration method, the wavelength dependencies of filter transmissivities, and the photo-detector responsivities on the pyrometric signal ratio method temperature consistency.
The broader implication of these findings is that the effects of pharmacological treatments designed to enhance extinction by targeting hippocampal or amygdalar processes may depend on the responsivity of the subject to the behavioral treatment.
In very recent works, we have reported a radical improvement on the responsivity of QD infrared photodetectors [QDIP] [10] and QD solar cell efficiency [11] due to strong inter-dot doping, which creates substantial built-in-dot charge.
With an incident wavelength of 350 nm and 5 V applied bias, the responsivity of photodetectors based on ZnO NR/CdS heterostructures with the ZnO NR length at 500, 350, and 200 nm and traditional CdS film were at 12.86, 3.83, 0.91, and 0.75 A/W, respectively.
However, a significant gap in the literature concerns the effect of maternal mood on the responsivity of the HPA axis to stress.
Wang, J. et al. High-responsivity graphene-on-silicon slot waveguide photodetectors.
d Relative responsivity of a photodetector based on CdTe/CdS hierarchical nanostructures.
The high responsivity of the photodetector based on ZnO NR (500 nm)/CdS heterostructure as compared with CdS can be attributed to the improved carrier collection efficiency.
The relative responsivity of the photodetector based on hierarchical nanostructures exhibited values in the range of 30,000~80,000%% as shown in Fig. 4d.
