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Therefore, there is no end to study the working mechanisms of the electrically bistable devices based on organic/inorganic nanocomposites.
In summary, organic bistable devices based on Ag2S-PVK composites were fabricated by a simple spin-coating method.
In summary, an electrically bistable devices based on hybrid Ag2S/PVK nanocomposites was fabricated by using a simple solution process technique.
All the above experimental results suggest that the performance of hybrid organic/inorganic bistable devices based on Ag2S/PVK nanocomposites is very sensitive to oxygen, which may hold a potential application in gas sensor.
Recently, our group reported some electrically bistable devices based on dodecanethiol-capped Cu2S, hybrid silver sulfide (Ag2S), and Ag nanocrystals blending with conjugated polymer, and obvious electrical bistability and negative differential resistance (NDR) effects were clearly observed.
The I-V characteristics of the organic/inorganic electrically bistable devices based on hybrid Ag2S/PVK nanocomposites are shown in Fig. 2a, which are measured in air and in N2 atmosphere under the sweeping voltage from −15 to 0, 0 to15, 15 to 0, and 0 to −15 V, respectively.
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An optical bistable device based on one-dimensional photonic crystal waveguide is designed and fabricated.
In order to understand the switching and the charge transport mechanism of the electrically bistable device based on MoS2 nanosheets and PVK, Fig. 8 shows the experimental and fitting data of the I-V curves in the region of positive voltage.
Accordingly, although each device reports PPV and SVV values, the cross-correlation amongst devices based on their different algorithms is poor [ 9].
The ballistic pendulum is a device based on this principle.
The first includes devices based solely on audio data.
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