Sentence examples for good responsivity from inspiring English sources
Our experiment shows that this infrared thermopile array has good responsivity of 43 v/w, detectivity of 2.8 × 107 cm Hz1/2/W, and response time of 9 ms as well as good yield better than 90%.
The fabricated FAPbBr3 photodetector shows good responsivity, external quantum efficiency, and detectivity.
The photodetector exhibited a good responsivity of up to 4000 A W−1 under back-side one-photon excitation with an EQE and detectivity of up to 1.05 × 106% and 3.87 × 1014 Jones, respectively.
Herein, we fabricated a FAPbBr3 microcrystal-based photodetector that exhibited a good responsivity of 4000 A W−1 and external quantum efficiency up to 106% under one-photon excitation, corresponding to the detectivity greater than 1014 Jones.
The data from the literature favoring the use of NRS for pain measurement are based on its intrinsic measurement properties [ 36], its cross-cultural validity [ 29, 37], and its good responsivity properties [ 38].
This way the response time decreases to the value below 1 ns at the good current responsivity increased to the value of about 6 A/W and what is a promising parameter in view of potential telecommunication applications.
In particular, using a low temperature (300 °C) technique, we have demonstrated poly-Ge_on_Si detectors with high speed and good NIR responsivity.
It was found that the synthesized nanoparticles were spherical in shape with an average size of 100 ± 20 nm, low aggregation and good magnetic responsivity.
The VAS has been extensively studied and has shown good acceptability, responsivity, and validity for most children aged 8 years and older [ 25].
The resulting CNTs/Fe3O4@CuSilicate composites hold merits such as magnetic responsivity, good dispersibility, and large specific surface area.
The high responsivity, good sensitive detectivity and highly polarization-sensitive infrared photoresponse suggest that the photodetectors based on photogate structure afford new opportunities for infrared detecting or imaging at room temperature by using two-dimensional materials.
