1. Nanocomposite hydroxide for resistive switching memory devices and the effect of adsorbed small molecule hexazinone.
- Author
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Sun, Yanmei
- Subjects
- *
COMPUTER storage devices , *SMALL molecules , *DATA warehousing , *LAYERED double hydroxides , *NANOCOMPOSITE materials - Abstract
• A layered materials memristor was introduced. • Memristors characteristic was modulated by hexazinone. • Gradual current changes were took on. • The memory device demonstrate programmable peculiarities. The nonvolatile resistive switching memory devices and the effect of adsorbed small molecule hexazinone have been investigated. Resistive switching behaviour of Co-Al layered double hydroxides (Co-Al LDHs)-based is gradually varied. At the same time, when Co-Al LDHs adsorbed the small molecule hexazinone, its resistive switching behaviour changed suddenly. Both memristors exhibit non-volatile data storage and good data retention characteristics. The influence of small molecule hexazinone on microcarrier transport was analyzed. This research manifests the promising potential of nanocomposite materials adsorbed electroactive small molecules in rectifying the resistive switching properties and provides some ideas for designing advanced devices of nanocomposite memristors. [ABSTRACT FROM AUTHOR]
- Published
- 2021
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