Chalcogen vacancies in W(Se1-xTex)2 bulk crystals induce switchable ferroelectricity and ferromagnetism, producing multiferroic behavior at high vacancy concentrations while tellurium fraction drives a structural transition.
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CrCl3 exhibits smooth in-plane lattice evolution and pronounced magnetic diffuse scattering up to 40 K, whereas α-RuCl3 shows abrupt hysteretic changes with crystalline degradation and no diffuse scattering above its 7.6 K ordering temperature, attributed to differences in electronic configurations.
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Defect-induced multiferroicity in bulk solid solutions of WSe$_2$ and WTe$_2$
Chalcogen vacancies in W(Se1-xTex)2 bulk crystals induce switchable ferroelectricity and ferromagnetism, producing multiferroic behavior at high vacancy concentrations while tellurium fraction drives a structural transition.
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Contrasting structural reversibility and magnetic correlations in isostructural honeycomb magnets CrCl$_3$ and $\alpha$-RuCl$_3$
CrCl3 exhibits smooth in-plane lattice evolution and pronounced magnetic diffuse scattering up to 40 K, whereas α-RuCl3 shows abrupt hysteretic changes with crystalline degradation and no diffuse scattering above its 7.6 K ordering temperature, attributed to differences in electronic configurations.