%0 Journal Article %1 kanai2003magnetic %A Kanai, Toshimitsu %A Ohkoshi, Shin-ichi %A Hashimoto, Kazuhito %D 2003 %I Elsevier %J Journal of Physics and Chemistry of Solids %K BiFeO3 absorption bandgap experiment ferroelectric_photovoltaics %N 3 %P 391--397 %T Magnetic, electric, and optical functionalities of (PLZT)x (BiFeO3)1- x ferroelectric--ferromagnetic thin films %V 64 %X We have prepared a series of (PLZT)x (BiFeO3)1-x transparent thin films with thickness of 300 nm by a thermal pyrolysis method. Only films with x % 0:10 formed a single phase of perovskite structure. The film where x 1⁄4 0:10 exhibited both ferromagnetic and ferroelectric properties at room temperature with spontaneous magnetization and coercive magnetic fields of 0.0027 m B and 5500 G, respectively. The remanent electric polarization and coercive electric field for the film where x=0.10 were 3.0 mC/cm 2 and 24 kV/cm, respectively. Additionally, films with 0:02<=x<=0.10 showed both magneto-optical effects and the second harmonic generation of transmitted light.

@article{kanai2003magnetic, abstract = {We have prepared a series of (PLZT)x (BiFeO3)1-x transparent thin films with thickness of 300 nm by a thermal pyrolysis method. Only films with x % 0:10 formed a single phase of perovskite structure. The film where x 1⁄4 0:10 exhibited both ferromagnetic and ferroelectric properties at room temperature with spontaneous magnetization and coercive magnetic fields of 0.0027 m B and 5500 G, respectively. The remanent electric polarization and coercive electric field for the film where x=0.10 were 3.0 mC/cm 2 and 24 kV/cm, respectively. Additionally, films with 0:02<=x<=0.10 showed both magneto-optical effects and the second harmonic generation of transmitted light.}, added-at = {2018-08-19T23:34:45.000+0200}, author = {Kanai, Toshimitsu and Ohkoshi, Shin-ichi and Hashimoto, Kazuhito}, biburl = {https://www.bibsonomy.org/bibtex/2110d5a18f1c6a8ecde9c27e90c6ab4c0/skoerbel}, interhash = {f32e8fe7de0033fc8e702eb00a5d70eb}, intrahash = {110d5a18f1c6a8ecde9c27e90c6ab4c0}, journal = {Journal of Physics and Chemistry of Solids}, keywords = {BiFeO3 absorption bandgap experiment ferroelectric_photovoltaics}, number = 3, pages = {391--397}, publisher = {Elsevier}, timestamp = {2018-08-22T02:32:21.000+0200}, title = {Magnetic, electric, and optical functionalities of (PLZT)x (BiFeO3)1- x ferroelectric--ferromagnetic thin films}, volume = 64, year = 2003 }