Coexistence of magneto-resistance and -capacitance tunability in Sm2Ga2Fe2O9
Ye Wu
TL;DR
This paper reports the experimental observation and theoretical modeling of coexisting tunable magneto-resistance and capacitance in Sm2Ga2Fe2O9, highlighting its potential for multifunctional device applications.
Contribution
It demonstrates the coexistence of tunable magneto-resistance and capacitance in a single material, supported by experimental data and a fitting theoretical model.
Findings
Coexistence of tunable magneto-resistance and capacitance observed.
Experimental results align with the proposed theoretical model.
Potential for multifunctional device applications.
Abstract
We propose that charge gradient resulting in the coexisting magneto-resistance and-capacitance tunability in material systems. We have experimentally observed coexisting of tunable magneto-resistance and -capacitance in Sm2Ga2Fe2O9. Our model fits well with the experimental result.
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Taxonomy
TopicsMultiferroics and related materials · Magnetic and transport properties of perovskites and related materials · Advanced Condensed Matter Physics