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We investigated magnetic and thermal transport properties of bulk FeVO4 multiferroic systems using temperature-dependent magnetic and thermal conductivity measurements. These studies exhibit long-range magnetic ordering with two successive ferroic orderings at 22 and 15 K. The temperature dependence of thermal conductivity shows a phonon-assisted peak at $\sim 30$ K with an additional anomaly near...
Multiferroics are new class of materials, attracting attention because of simultaneous presence of more than one ferroic orders, especially magnetic and ferroelectric ordering [1]. Recently, FeVO4 has been identified a type II multiferroic, where onset of electric polarization is due to the non-col-linear spin structure at TN2 = 15 K, breaking the spatial inversion symmetry [2, 3]. We synthesized...
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