Sentence examples for fast responsivity from inspiring English sources

In recent years, there is an urgent demand for high-performance ultraviolet photodetectors with high photosensitivity, fast responsivity, and excellent spectral selectivity.

Large surface area and open porosity of the synergistic hydrogel structure simultaneously attain fast responsivity and high sensitivity in enzymatic biosensor application as well as fast rate capability and high capacitance in supercapacitor application.

Although this NW-based photodetectors did not show an ultra-fast responsivity, the stable response to a pulsed light source showed a possibility of using the CdTe/CdS hierarchical nanostructure as a component for practical photodetector applications.

Here, we present a self-powered graphene MoS2 hybrid phototransistor that simultaneously exhibits high responsivity, fast response rate and high on off ratio.

The hybrid phototransistor takes full the advantage of fast response rate of the photodiode and high responsivity of the photoconductor, which makes it has great potential for wide applications in optoelectronics, such as optical logic, optical computing and optical communication.

The UV photodetector shows great responsivity (0.6 A/W); high on/off ratio of the Jsc signal (440,563%); very fast response (0.02 s for rise time and 0.004 s for decay time) under 40 mW cm−2 UV irradiation.

Optoelectronic properties were further studied by constructing photodetectors (PDs), which exhibited a high responsivity of 1.5 × 106 A W−1, a photoconductive gain of 4.5 × 106 and fast response speed of 520/930 μs.

Under UV irradiation, the detector made of D-TiO2 NWs exhibits a high responsivity of 0.61 A/W, a high on/off ratio of 1903 (incident power density 25 mW cm−2) and a fast response time of 5.9 ms.

Higher liquid sensing responsivity and faster response rate have been achieved under a high environmental temperature or utilizing the immersion pretreatment.

This actuator consists of three curved concentric Aluminum/Tungsten bimorphs for fast thermal response and high responsivity, and two rigid frames connected in between for scan range amplification.

Transparent UV-photodetectors exhibiting very high responsivity and fast operation are discussed.