Феромагнітні властивості SnO2, легованого перехідними металами (Mn, Fe, Ni) для спінтроніки: огляд обчислювальних та експериментальних досліджень

Автор(и)

  • М. Барал Школа прикладних наук, Університет технології та управління Центуріон, Одіша, Індія
  • П. Патнайк School of Applied Sciences, Centurion University of Technology and Management, Odisha, India
  • С.К. Наяк Школа прикладних наук, Університет технології та управління Центуріон, Одіша, Індія
  • Д.К. Дас Школа прикладних наук, Університет технології та управління Центуріон, Одіша, Індія

DOI:

https://doi.org/10.15330/pcss.25.3.639-649

Ключові слова:

спінтроніка, DMS, RTFM, TM легування, DFT, GGA+U, GGA, PBE, LSDA, LSDA-SIC, золь-гель метод, XRD

Анотація

Дослідження феромагнітних властивостей при кімнатній температурі (ФВКТ) у легованому перехідними металами (ПМ) SnO2, має потенційне застосування в галузі спінтроніки. Цей матеріал демонструє виняткову хімічну стабільність, поведінку N-типу провідності із високою густиною носіїв, а також чудово проявляє феромагнітні властивості на великій відстані. Однак, механізм цих феромагнітних властивостей (ФМ) досі не повністю зрозумілий. Детальний аналіз літератури показав, що такі фактори, як наявність кисневих вакансій, дефекти, тип і концентрація легуючих домішок, температура та методи, які використовуються для підготовки зразків, мають значний вплив на продуктивність ФМ. У статті розглянуто механізм ФМ, який помічено в матеріалі діоксиду олова, легованого залізом, нікелем, марганцем, як експериментальним, так і обчислювальним методами.

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Опубліковано

2024-09-23

Як цитувати

Барал, М., Патнайк, П., Наяк, С., & Дас, Д. (2024). Феромагнітні властивості SnO2, легованого перехідними металами (Mn, Fe, Ni) для спінтроніки: огляд обчислювальних та експериментальних досліджень. Фізика і хімія твердого тіла, 25(3), 639–649. https://doi.org/10.15330/pcss.25.3.639-649

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