“…9). 55 In the presence of PZT thin films with the perovskite structure, the ferromagnetism may be due to defects or oxygen vacancies. 55 Correspondingly, the diamagnetic contribution of the host PZT to these Ni-doped samples was corrected (Fig.…”
Ferroelectric materials for precise control of light from lasers to optical communications have sparked great interest owing to their large electro-optic (EO) coefficients, low propagation loss, and fast switching time.
“…9). 55 In the presence of PZT thin films with the perovskite structure, the ferromagnetism may be due to defects or oxygen vacancies. 55 Correspondingly, the diamagnetic contribution of the host PZT to these Ni-doped samples was corrected (Fig.…”
Ferroelectric materials for precise control of light from lasers to optical communications have sparked great interest owing to their large electro-optic (EO) coefficients, low propagation loss, and fast switching time.
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