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A Possibility of Magnetic Field Biasing Tunable Inductive Device Using a Hard Magnetic Film Magnetized by Pulsed-Magnetic Field

机译：使用脉冲磁场磁化的硬磁膜的磁场偏置可调谐电感装置的可能性

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Yosuke Obinata; Megumi Yuki; Makoto Sonehara; Yutaka Kuramoto; Kunihiko Suzuki; Toshiro Sato;
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年度 2013
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1. A Possibility of Magnetic Field Biasing Tunable Inductive Device Using a Hard Magnetic Film Magnetized by Pulsed-Magnetic Field [J] . Obinata Y., Yuki M., Sonehara M., Magnetics, IEEE Transactions on . 2013,第3期

机译：利用脉冲磁场磁化的硬磁膜进行磁场偏置可调谐感应装置的可能性
2. Characterization of Tunable Magnetic Sensor Using Bias Magnetic Field of a Hard Magnetic Film Magnetized by Pulsed-Magnetic Field [J] . Sonehara, M., Kamada, IEEE Transactions on Magnetics . 2013,第7期

机译：利用脉冲磁场磁化的硬磁膜的偏置磁场表征可调谐磁传感器
3. Batch Patterning of SubMillimeter Features in Hard Magnetic Films Using Pulsed Magnetic Fields and Soft Magnetizing Heads [J] . Oniku, O.D., Regojo, IEEE Transactions on Magnetics . 2013,第7期

机译：使用脉冲磁场和软磁头对硬磁膜中亚毫米级特征进行批处理图案化
4. Study of the DC-biased Magnetization and Estimation of Magnetic Field and Iron Loss of DC-biased Electromagnetic Systems [C] . Shuo Liu, Zhiqiang Liu, Fugui Liu, International conference on electromagnetic field problems and applications . 2000

机译：直流偏置磁化的研究和磁场估计以及直流偏置电磁系统的铁损
5. Magnetic field effect in non-magnetic organic semiconductor thin film devices and its applications. [D] . Mermer, Omer. 2006

机译：非磁性有机半导体薄膜器件中的磁场效应及其应用。
6. Tunable zero-field ferromagnetic resonance frequency from S to X band in oblique deposited CoFeB thin films [O] . Chengyi Li, Guozhi Chai, Chengcheng Yang, -1

机译：倾斜沉积CoFeB薄膜中从S到X波段的可调零场铁磁共振频率
7. E-tunable magnetic susceptibility and reversible magnetization switching in YIG/Pt/PMN-PZT/Pt heterostructure by low electric and magnetic fields [O] . Liuyang Han, Freddy Ponchel, Denis Rémiens, 2019

机译：低电场和磁场的e-可调谐磁化率和可逆磁化切换yig / pt / pmn-pzt / pt异质结构

A Possibility of Magnetic Field Biasing Tunable Inductive Device Using a Hard Magnetic Film Magnetized by Pulsed-Magnetic Field

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