FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4382894263> ?p ?o ?g. }

• W4382894263 endingPage "171231" @default.
• W4382894263 startingPage "171231" @default.
• W4382894263 abstract "Methylammonium lead iodide (MAPbI3) with extraordinary optoelectronic properties has recently been explored for memristors. Despite significant studies on its susceptibility to air, there has been limited attention towards the impact of ambiance on resistive switching (RS), specifically, the nanoscale electrical properties of interest. We used scanning probe microscopy (SPM) to study local current-voltage (I-V) characteristics, time-scale evolution of hysteresis, current maps, and topography to profoundly understand the ambient degradation. The local and macroscopic current-voltage characteristics are studied by interface modulation with (3-Aminopropyl)trimethoxysilane (APTMS) in devices, i.e., ITO/APTMS/MAPbI3 and ITO/ MAPbI3/APTMS. We report three stages of degradation based on quantitative nano-mechanical (QNM) characterizations and local I-V properties: stage 1 comprising of increased Young’s modulus accompanied by the appearance of hysteresis; stage 2 with decreased Young’s modulus when RS and negative differential resistance (NDR) happen with the evolution of lead iodide (PbI2); stage 3 when RS disappears with enhanced Young’s modulus and densification of PbI2. The enhanced nanoscale and macroscale RS characteristics of ITO/MAPBI3 and ITO/APTMS/MAPbI3 could be attributed to the humidity-induced degradation of MAPbI3 into PbI2 indicated by XRD. These characteristics at the nanoscale however diminish on Day 7 showing the nano-scale RS devices requires the prompt attention of researchers." @default.
• W4382894263 created "2023-07-03" @default.
• W4382894263 creator A5014793035 @default.
• W4382894263 creator A5021716569 @default.
• W4382894263 creator A5048984634 @default.
• W4382894263 creator A5068209077 @default.
• W4382894263 date "2023-11-01" @default.
• W4382894263 modified "2023-09-25" @default.
• W4382894263 title "Resistive switching characteristics of methyl-ammonium lead iodide perovskite during atmosphere degradation" @default.
• W4382894263 cites W1026348989 @default.
• W4382894263 cites W1819923046 @default.
• W4382894263 cites W1990818611 @default.
• W4382894263 cites W1991578486 @default.
• W4382894263 cites W2005753347 @default.
• W4382894263 cites W2033180318 @default.
• W4382894263 cites W2033182028 @default.
• W4382894263 cites W2054093403 @default.
• W4382894263 cites W2062244169 @default.
• W4382894263 cites W2062571793 @default.
• W4382894263 cites W2081506514 @default.
• W4382894263 cites W2095276647 @default.
• W4382894263 cites W2100716359 @default.
• W4382894263 cites W2108438959 @default.
• W4382894263 cites W2114270338 @default.
• W4382894263 cites W2116027828 @default.
• W4382894263 cites W2119495176 @default.
• W4382894263 cites W2131057420 @default.
• W4382894263 cites W2163885813 @default.
• W4382894263 cites W2165020157 @default.
• W4382894263 cites W2166433039 @default.
• W4382894263 cites W2167843206 @default.
• W4382894263 cites W2168652912 @default.
• W4382894263 cites W2175925067 @default.
• W4382894263 cites W2219202794 @default.
• W4382894263 cites W2235681653 @default.
• W4382894263 cites W2264939720 @default.
• W4382894263 cites W2291217527 @default.
• W4382894263 cites W2297431508 @default.
• W4382894263 cites W2322166281 @default.
• W4382894263 cites W2331385569 @default.
• W4382894263 cites W2339427402 @default.
• W4382894263 cites W2343760121 @default.
• W4382894263 cites W2401337822 @default.
• W4382894263 cites W2418391791 @default.
• W4382894263 cites W2467648336 @default.
• W4382894263 cites W2473607396 @default.
• W4382894263 cites W2473799868 @default.
• W4382894263 cites W2488857026 @default.
• W4382894263 cites W2518096838 @default.
• W4382894263 cites W2518173943 @default.
• W4382894263 cites W2523105100 @default.
• W4382894263 cites W2530585084 @default.
• W4382894263 cites W2543655246 @default.
• W4382894263 cites W2547474643 @default.
• W4382894263 cites W2555413293 @default.
• W4382894263 cites W2589905465 @default.
• W4382894263 cites W2602968290 @default.
• W4382894263 cites W2741130841 @default.
• W4382894263 cites W2744649748 @default.
• W4382894263 cites W2755904679 @default.
• W4382894263 cites W2759190741 @default.
• W4382894263 cites W2792491587 @default.
• W4382894263 cites W2803193128 @default.
• W4382894263 cites W2807704729 @default.
• W4382894263 cites W2883518282 @default.
• W4382894263 cites W2899280591 @default.
• W4382894263 cites W2907417484 @default.
• W4382894263 cites W2921287729 @default.
• W4382894263 cites W2923783110 @default.
• W4382894263 cites W2938432858 @default.
• W4382894263 cites W2947697065 @default.
• W4382894263 cites W2966510028 @default.
• W4382894263 cites W2969361644 @default.
• W4382894263 cites W2980046541 @default.
• W4382894263 cites W2991413139 @default.
• W4382894263 cites W2996597441 @default.
• W4382894263 cites W3016611424 @default.
• W4382894263 cites W3018945530 @default.
• W4382894263 cites W3035514907 @default.
• W4382894263 cites W3039997719 @default.
• W4382894263 cites W3046452244 @default.
• W4382894263 cites W3080216782 @default.
• W4382894263 cites W3096506034 @default.
• W4382894263 cites W3103565156 @default.
• W4382894263 cites W3159002650 @default.
• W4382894263 cites W3169897725 @default.
• W4382894263 cites W3171667459 @default.
• W4382894263 cites W3198284847 @default.
• W4382894263 cites W3207791716 @default.
• W4382894263 cites W4206053516 @default.
• W4382894263 cites W4206560057 @default.
• W4382894263 cites W4225503308 @default.
• W4382894263 cites W4232778058 @default.
• W4382894263 cites W4307979479 @default.
• W4382894263 cites W4367551953 @default.
• W4382894263 doi "https://doi.org/10.1016/j.jallcom.2023.171231" @default.
• W4382894263 hasPublicationYear "2023" @default.
• W4382894263 type Work @default.

• next