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- W3158958113 abstract "Recent advances in memristive nanocrystal assemblies leverage controllable colloidal chemistry to induce a broad range of defect-mediated electrochemical reactions, switching phenomena, and modulate active parameters. The sample geometry of virtually all resistive switching studies involves thin film layers comprising monomodal diameter nanocrystals. Here we explore the evolution of bipolar and threshold resistive switching across highly ordered, solution-processed nanoribbon assemblies and mixtures comprising BaZrO3 (BZO) and SrZrO3 (SZO) nanocrystals. The effects of nanocrystal size, packing density, and A-site substitution on operating voltage (VSET and VTH) and switching mechanism were studied through a systematic comparison of nanoribbon heterogeneity (i.e., BZO–BZO vs BZO–SZO) and monomodal vs bimodal size distributions (i.e., small–small and small–large). Analysis of the current–voltage response confirms that tip-induced, trap-mediated space-charge-limited current and trap-assisted tunneling processes drive the low- and high-resistance states, respectively. Our results demonstrate that both smaller nanocrystals and heavier alkaline earth substitution decrease the onset voltage and improve stability and state retention of monomodal assemblies and bimodal nanocrystal mixtures, thus providing a base correlation that informs fabrication of solution-processed, memristive nanocrystal assemblies." @default.
- W3158958113 created "2021-05-10" @default.
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- W3158958113 date "2021-05-03" @default.
- W3158958113 modified "2023-10-15" @default.
- W3158958113 title "Memristive Behavior of Mixed Oxide Nanocrystal Assemblies" @default.
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- W3158958113 cites W1678748398 @default.
- W3158958113 cites W1943178046 @default.
- W3158958113 cites W1964047823 @default.
- W3158958113 cites W1967445998 @default.
- W3158958113 cites W1980476771 @default.
- W3158958113 cites W1984231820 @default.
- W3158958113 cites W1987312733 @default.
- W3158958113 cites W1990936281 @default.
- W3158958113 cites W1991565595 @default.
- W3158958113 cites W1998192274 @default.
- W3158958113 cites W2003605077 @default.
- W3158958113 cites W2010959282 @default.
- W3158958113 cites W2012420938 @default.
- W3158958113 cites W2013055927 @default.
- W3158958113 cites W2015497352 @default.
- W3158958113 cites W2015498249 @default.
- W3158958113 cites W2017829285 @default.
- W3158958113 cites W2018051188 @default.
- W3158958113 cites W2019744614 @default.
- W3158958113 cites W2027939530 @default.
- W3158958113 cites W2028461509 @default.
- W3158958113 cites W2028970582 @default.
- W3158958113 cites W2035942663 @default.
- W3158958113 cites W2037873175 @default.
- W3158958113 cites W2038232799 @default.
- W3158958113 cites W2038407355 @default.
- W3158958113 cites W2040290957 @default.
- W3158958113 cites W2042840190 @default.
- W3158958113 cites W2043806677 @default.
- W3158958113 cites W2043978734 @default.
- W3158958113 cites W2044270437 @default.
- W3158958113 cites W2045197688 @default.
- W3158958113 cites W2052074632 @default.
- W3158958113 cites W2054517125 @default.
- W3158958113 cites W2054647003 @default.
- W3158958113 cites W2059207711 @default.
- W3158958113 cites W2060220710 @default.
- W3158958113 cites W2074357625 @default.
- W3158958113 cites W2084948950 @default.
- W3158958113 cites W2086344204 @default.
- W3158958113 cites W2086975803 @default.
- W3158958113 cites W2091201490 @default.
- W3158958113 cites W2100994870 @default.
- W3158958113 cites W2142932922 @default.
- W3158958113 cites W2152969676 @default.
- W3158958113 cites W2153566076 @default.
- W3158958113 cites W2159674581 @default.
- W3158958113 cites W2169057328 @default.
- W3158958113 cites W2232187922 @default.
- W3158958113 cites W2324617836 @default.
- W3158958113 cites W2332211943 @default.
- W3158958113 cites W2422624857 @default.
- W3158958113 cites W2574253000 @default.
- W3158958113 cites W2593397197 @default.
- W3158958113 cites W2612820062 @default.
- W3158958113 cites W2747198911 @default.
- W3158958113 cites W2765082751 @default.
- W3158958113 cites W2784257001 @default.
- W3158958113 cites W2784893845 @default.
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- W3158958113 cites W2886363786 @default.
- W3158958113 cites W2897979634 @default.
- W3158958113 cites W2921482681 @default.
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- W3158958113 doi "https://doi.org/10.1021/acsami.1c03722" @default.
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- W3158958113 hasPublicationYear "2021" @default.
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