Relative Spectral Response is the short-circuit current density generated by unit of irradiance at a particular wavelength as a function of wavelength. From: McEvoy's Handbook of Photovoltaics (Third Edition), 2012 About this pageSet alert
The use of photonic band diagrams to predict spectral response will be covered along with the meaning and relative importance of bulk and edge effects. A large variety of different types of gratings will be used as examples. The role of fundamental principles such as reciprocity and causality ...
Sure, the response in really deep blue is poor, and most NVDs don’t respond well to very blue reflection nebulae. But longer OIII light doesn’t yield exactly the same QE as near IR but it’s not _that_ far off, and certainly doesn’t explain seeing “nothing” except if you...
A method may reach AUC below 0.5, meaning that the hit score performs worse than random. Different from binary classification, we must not invert ‘predictions’ to reach a better AUC. Logic dictates that the directionality of the hit score (such as, ‘high scores are good’) is fixed by...
response signal, the host will send a START signal again, and combines its 7-bit address and read operation bit into 8-bit data and sends it to the slave. The slave sends a response after receiving the signal, then sends the value in its register to the host. And the host gives a ...
The third is to use a time-resolved approach, where time between the pulses is varied and the sample response is measured as a function of the delay. Scanned CARS In conventional frequency-domain CARS, either ω1 or ω2 is scanned so that ω1 − ω2 passes through Raman-active ...
To determine the auditory response properties and organizational features of mouse SC neurons, we used VAS stimuli and large-scale silicon probe recordings (Fig. 1a). We first measured a set of HRTFs, the modulation of sound by the physical structure of the head and pinnae, that contains each...
fast spectral recovery was better aligned with the post-fire response of snowbrush ceanothus than with conifer regeneration. However, we suggest that by combining multispectral data with post-fire climate data and indicators of pre-fire community composition, there may be opportunities to improve predi...
We characterized the spectral response of CdTe sensors with different pixel sizes – namely 75, 150 and 300 μm– bonded to the latest generation IBEX single photon counting ASIC developed at DECTRIS, to detect monochromatic X-ray energy in the range 10–60 keV. We present a comparison of pu...
An eyewear lens provides for selective spectral performance in response to varying light conditions, including both changes in intensity and spectral distribution. The lens responds