Sentence examples for detector capabilities from inspiring English sources

Improvements in optical element and detector capabilities have expanded opportunities for SHS in the VUV, where its combination of size, resolution, and étendue have not been available.

Traditional photon counting information is available; moreover, digital words representing the amplitude of each event and suitable image elaboration methods significantly enhance the detector capabilities.

Biosensors are worldwide considered as a niche technology in the environmental market, since they afford the desired detector capabilities at low cost, provided they have been properly designed/developed and rationally placed/networked/maintained by the aid of operational research techniques.

Due to this dual-mode detector capability, CLYC was selected for the development of an Advanced Radiation Monitoring Device (ARMD), a compact handheld instrument for radioisotope identification and localization.

Recent advances at scanning transmission X-ray microscopy (STXM) beamlines have added a fluorescence detector capability, effectively turning them into beamlines for XFI, although in many cases conducting experiments in the vicinity of 2 keV places STXM beamlines near their upper operational bound, and occasionally there are difficulties associated with this.

Fig. 7 P d versus SNR for P f,target = 0.1 and T PU = 400 ms. It is important to investigate the detector's capability on timely and correctly identifying the spectrum hole when the spectrum is not occupied by the PU and vacating the spectrum when the PU starts to occupy the authorized spectrum.

This is motivated by subband-based energy detector's capability to implement the needed spectrum analysis functions for identifying the available spectral slots and for estimating the signal-to-interference-plus-noise (SINR) ratios at subcarrier level for resource allocation purposes.

It is demonstrated that the fractal detector has great capabilities in the rejection of colored clutter.

This paper will describe the detector design, science capabilities, first scientific results and future plans of the HAWC observatory.

Designing for the needs of the heavy-ion and polarized-proton programs has produced a detector with unparalleled capabilities.

An initial test algorithm has been developed in order to confirm the viability of this detector system׳s localization capabilities which resulted in identification of a 1 MeV neutron source with a strength equivalent to 8 kg WGPu at 50 m standoff within ±11°.