Quantitative mapping of stray field planar component by tracking singular points in metallic indicator film

Иванов, В. Э.; Кулеш, Н. А.

doi:10.1016/j.jmmm.2020.167067

Cited by 3 publications

(2 citation statements)

References 20 publications

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“…13.52739.19194 Магнитные металлические пленки могут стать подходящими сенсорными средами для магнитооптической визуализации и топографирования неоднородных магнитных полей [1] благодаря более высокой функциональности, поскольку они позволяют визуализировать три компоненты неоднородного поля. Наличие магнитной анизотропии и коэрцитивной силы в индикаторных пленках препятствует адекватному отражению неоднородных полей [2]. Аморфные пленки файнмет (Finemet) обладают достаточно хорошими магнитомягкими свойствами для визуализации и топографирования неоднородных полей средней напряженности [3].…”

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Влияние Термомагнитных Обработок На Доменную Структуру Аморфных Пленок Типа Файнмет

Иванов¹,

Лепаловский²

2022

Письма В Журнал Технической Физики

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Thermomagnetic processing of films of the finemet type with an easy magnetization axis in the plane under the action of a constant and rotating magnetic field was carried out in order to obtain an isotropic state. After heat treatment in a constant field, the easy magnetization axis was reoriented along the line of action of the field, as a result of which the domain walls were oriented along the new axis. After thermomagnetic treatment in a rotating field regions with different anisotropy patterns, including isotropic regions, were revealed.

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unclassified

Влияние Термомагнитных Обработок На Доменную Структуру Аморфных Пленок Типа Файнмет

Иванов¹,

Лепаловский²

2022

Письма В Журнал Технической Физики

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“…Magnetic metal films may become suitable sensors for magneto−optical visualization and mapping of inhomogeneous magnetic fields [1] due to their high functionality: they enable visualization of three components of the inhomogeeous field. The presence of magnetic anisotropy and coercive force in indicating films inhibits appropriate reflection of inhomogeneous fields [2]. Finement amorphous films possess soft magnetic properties sufficiently good for visualizing and mapping inhomogeneous medium−intensity fields [3].…”

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Effect of thermomagnetic treatments on the domain structure of Finemet amorphous films

Иванов

Lepalovskij

2022

Technical Physics Letters

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Thermomagnetic processing of films of the Finemet type with an easy magnetization axis in the plane under the action of a constant and rotating magnetic field was carried out in order to obtain an isotropic state. After heat treatment in a constant field, the easy magnetization axis was reoriented along the line of action of the field, as a result of which the domain walls were oriented along the new axis. After thermomagnetic treatment in a rotating field, regions with different anisotropy patterns, including isotropic regions, were revealed. Keywords: domain structure, thermomagnetic treatment, rotating magnetic field.

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Vectorization of magneto-optical images of a in plane component of inhomogeneous magnetic fields

Иванов

Gorkovenko

Lepalovskij

2023

Journal of Magnetism and Magnetic Materials

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Quantitative mapping of stray field planar component by tracking singular points in metallic indicator film

Cited by 3 publications

References 20 publications

Влияние Термомагнитных Обработок На Доменную Структуру Аморфных Пленок Типа Файнмет

Влияние Термомагнитных Обработок На Доменную Структуру Аморфных Пленок Типа Файнмет

Effect of thermomagnetic treatments on the domain structure of Finemet amorphous films

Vectorization of magneto-optical images of a in plane component of inhomogeneous magnetic fields

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