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- W2548330012 abstract "E field-induced metal-insulator transition in correlated electron materials has been attracting much attention as not only a mainstream in a development of oxide electronics but also a platform for investigation of condensed-matter physics. In the common motivation, electric field at gate has been used as accumulation and depletion of electric charge carriers to cause drastic change of the transport property because the correlated electronic phases are very sensitive to the number of carriers. However, it is beginning to be understood that the strong electric field induces redox reaction of into or out of oxygen or hydrogen at the interface in oxide channels, especially in applying ion liquid gates. Recently, as a new concept device actively for focusing on the field induced-redox reaction in oxides using water, large modulations of transport and thermopower properties were reported. Water would be a key material to cause strong redox reaction in oxides by an electric field because electrolyzed water separates the strong active agents of H+ and OH/O2ions. In this research, we demonstrate reversible and memristive modulation of transport properties in vanadium dioxide (VO2) nanowires, which is a prototypical correlated electron material, using electric field-induced water electrolysis through air nano-gap in a planer type gate. The device totally works under an ambient air condition at room temperature. Our results offer a newly convenient technique to induce redox reaction and will serve as a powerful tool for examining transport properties on redox effect." @default.
- W2548330012 created "2016-11-11" @default.
- W2548330012 creator A5085574939 @default.
- W2548330012 date "2014-12-30" @default.
- W2548330012 modified "2023-09-28" @default.
- W2548330012 title "Memristive metal-insulator switches in correlated electron oxide nanowires using electric fieldinduced redox reaction" @default.
- W2548330012 hasPublicationYear "2014" @default.
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