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Due to the high-charge trapping density, controllable O2- ions migration and nano filament formation through the core-shell IrOx-ND under PF, the improvement of the resistive switching memory characteristics is evident and the switching mechanism is explained successfully.
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Then, metal Al2O3 HfO2 Al2O3 HfO2 SiO2 Si (MAHAHOS) structure and metal Al2O3 HfO2 Al2O3 HfO2 Al2O3 Si (MAHAHAS) structure memory devices were fabricated and the memory characteristics were compared.
The material properties of the epoxy/PCL polymers as well as the crystallization of the PCL and the shape memory characteristics are examined in this work.
Resistive switching memory characteristics are explained here.
The resulting Cu oxidation and memory characteristics are explained below.
The memory characteristics were investigated by measuring 100 randomly picked devices.
In addition, thickness-dependent resistive switching memory characteristics are also observed.
Memory characteristics were measured using an HP4156C semiconductor parameter analyzer (Agilent Technologies, Santa Clara, CA, USA).
Memory characteristics were measured by using Agilent 4156C semiconductor parameter analyzer.
Memory characteristics were measured by an Agilent 4156C semiconductor parameter analyzer.
Further, metal-oxide-semiconductor (MOS) capacitors with Pt nanodots have been fabricated, and the corresponding memory characteristics are measured.
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