Electric-Field-Induced Conductance Switching in FeCo Prussian Blue Analogues
Journal of the American Chemical Society2004Vol. 126(41), pp. 13176–13177
Citations Over TimeTop 10% of 2004 papers
Abstract
FeCo Prussian blue analogues, which are known as typical molecule-based magnets, exhibited abrupt conductance switching by applying a high electric field as well as by varying the temperature. The current density versus electric field (J-E) curves of FeCo Prussian blue with Rb cations in interstitial sites shows so-called negative resistance effects at electric fields higher than the threshold voltage. This means that the FeCo Prussian blue analogues are multiproperty materials in the sense that their conducting, magnetic, and optical properties can be reversibly controlled by certain external stimuli.
Related Papers
- → Design of novel magnets using Prussian blue analogues(1999)113 cited
- → Spin-split conductance and subgap peak in ferromagnet/superconductor spin valve heterostructures(2018)8 cited
- → Conductance properties in spin field-effect transistors(2008)8 cited
- → Numerical Study on the Conductance of Normal-Superconductor Contacts(1993)11 cited
- → Control of Magnetic Order by Light in Molecule-Based Magnets(2002)5 cited