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Can I read Giant Resistive Switching and Lattice Modulation at Full Temperature Range in a Sr‐Doped Nickelate Oxide Transistor on EtoBox?
Giant Resistive Switching and Lattice Modulation at Full Temperature Range in a Sr‐Doped Nickelate Oxide Transistor by Xiaofei Gao; Junhua Liu; Yaoyao Ji; Long Wei; Wen Xiao; Shilin Hu; Lin Li; Kai Chen; Zhaoliang Liao is a Engineering article available to read on EtoBox.
What is Giant Resistive Switching and Lattice Modulation at Full Temperature Range in a Sr‐Doped Nickelate Oxide Transistor about?
Recent discovery of superconductivity in infinite-layer Nd 0.8 Sr 0.2 NiO 2 films which is obtained by topotatically reducing Nd 0.8 Sr 0.2 NiO 3 (NSNO) marks a new era of nickel-based superconductivity, shedding light again on nickelates. To remove or implant ions, such as oxygen and hydrogen, thereby is a very powerful strategy to realize emergent phenomena and new matter of states. Introduction of hydrogen (proton) into SmNiO 3 (SNO) can drive e g orbital from the electron-itinerant Ni 3+ state into the electron-localized Ni 2+ state with a simultaneous dramatic increase in resistivity by several orders of magnitude. Under a positive electric field, the ionic liquid gating leads to a lattice expansion by 0.17% and three orders of magnitude increase in sheet resistance of the NdNiO 3 (NNO) film. The metalinsulator transition temperature (T MIT ) of the NNO film can be reduced under a negative electric field. For parent nondoped perovskite RNiO 3 compound, it usually exhibits a phase transition from metal to insulator with decreasing temperature. This is one hand though affords a critical mechanism to generate field-driven resistance switching, but in another hand will suppress th
Who reads Giant Resistive Switching and Lattice Modulation at Full Temperature Range in a Sr‐Doped Nickelate Oxide Transistor?
It is typically read by researchers, students, and practitioners in Engineering.
- Author
- Xiaofei Gao; Junhua Liu; Yaoyao Ji; Long Wei; Wen Xiao; Shilin Hu; Lin Li; Kai Chen; Zhaoliang Liao
- Publisher
- Wiley
- Published
- 2023
- Language
- EN
- Field
- Engineering (Physical Sciences)