Orbital-selective behavior in Y5Mo2O12 and (Cd,Zn)V2O4
Sergey V. Streltsov
TL;DR
This paper investigates orbital-selective behavior in Y5Mo2O12 and (Cd,Zn)V2O4, demonstrating how localized electrons on molecular orbitals reduce magnetic moments, revealing complex electron localization phenomena in these materials.
Contribution
It provides the first detailed analysis of orbital-selective behavior in these specific compounds, highlighting the role of molecular orbitals in electron localization.
Findings
Electrons are localized on molecular orbitals in both compounds.
Magnetic moments on transition metal ions are significantly reduced.
Orbital-selective behavior influences magnetic properties.
Abstract
We present two examples of the real materials, which show orbital-selective behavior. In both compounds a part of the electrons is localized on the molecular orbitals, which lead to a significant reduction of the magnetic moment on the transition metal ion.
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