fig12

Progress on hafnium oxide-based emerging ferroelectric materials and applications

Figure 12. (A) XRD images and ferroelectric loops of HZO films grown on different bottom electrodes[118]. Reprinted from Ref.[118], with permission from the Royal Society of Chemistry. (B) Substitution of Mn by Hf/Zr in the interface between LSMO and HZO[117]. Reprinted figures with permission from Ref.[117] Copyright by the American Physical Society. (C) The work functions of o-HZO, MnO2-LSMO, LaSrO-LSMO, and LAO-LSMO[119]. Reprinted from Ref.[119], with permission from Springer Nature. (D) Intensity of the o-HZO(111) and m-HZO(002) peaks, (E) Pr as a function of the lattice parameter of the substrate[63]. Reprinted (adapted) with permission from Ref.[63]. Copyright (2019) American Chemical Society. Dependence of Pr and Vc on (F) temperature, (G) pressure, and (H) thickness[120]. Reprinted (adapted) with permission from Ref.[120]. Copyright (2019) American Chemical Society.

Microstructures
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