Literature overview of electrochemical deposition optimization of Fe-Co-B/Ta magnetic multilayers for spintronics

ORAL

Abstract



Fe1-xCoxB is a versatile spintronics medium with high thermal stability and diverse magnetic properties such as high-magnetization, high-permeability, low coercivity and tunable magnetization direction. It is coupled with several metal and nonmetal oxides to form spintronics plate forms required for diverse technological applications. In this study we will present the structural and magnetic properties of electrochemically deposited Fe1-xCoxB thin film and its magnetic multilayer Fe1-xCoxB/Ta on Si-(100) wafers. We will utilize the concept of design of experiment (DOE) to optimize the input parameters for the targeted film thickness and investigate their correlation with microstructure and magnetic properties.

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Publication: 1. Sheng, Z., Development of Magnetostrictive Fe-Co-B Alloys for High-Frequency Sensors and Magnetoelectric Composites. 2015, Auburn University: United States -- Alabama. p. 304.
2. Belashchenko, K.D., et al., Origin of the spin reorientation transitions in (Fe1–xCox)2B alloys. Applied Physics Letters, 2015. 106(6).
3. Vieyra, M., T. Meydan, and F. Borza, X-ray diffraction analysis and magnetic behavior of amorphous Fe15Co17Ni58B10 nanowires obtained by electrochemical deposition. Journal of Applied Physics, 2007. 101(9).

Presenters

  • Anjali A Poulo

    University of Central Oklahoma

Authors

  • Anjali A Poulo

    University of Central Oklahoma

  • Joshua A Torres

    University of Central Oklahoma

  • Jeffery Moore

    University of Central Oklahoma

  • Jayce Littleton

    University of Central Oklahoma

  • Tej Nath Lamichhane

    University of Central Oklahoma