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- W3205484864 abstract "Vertically aligned nanocomposite(VAN) thin films are a promising thin-film platform that allows the combinationof a highly desired material with another complementary oxide. Traditionally,VANs have been limited to combining an oxide with another oxide which has showna wide range of functionality, and, by adjusting the different growthparameters, it has led to the tuning of their physical properties. While VANshave already shown to be an effective platform with immense potential, furtherenhancement of physical properties can be performed by replacing one of the oxideswith a metal forming metal-oxide VANs. In this dissertation, by the inclusion of the 3d transitionmetals, e.g., Fe and Co, into various oxide matrices, such as La0.5Sr0.5FeO3,BaZrO3, and BaTiO3, strong, highly anisotropic,ferromagnetic properties have been achieved. By varying the growth parameters,tunable physical properties, mainly coercivity and anisotropic ratio, have beendemonstrated. Furthermore, in the case of Co-BaZrO3, a multi-layerstack has been successfully grown and demonstrated a tailorable magnetoresistance.Additionally, a novel system by combining Fe pillars into a BaTiO3matrix has been demonstrated. This new system allows for the combination of theroom temperature Fe ferromagnetic properties with the ferroelectric propertiesof BaTiO3, allowing for coupling between the two with coercivitytuning and tailorable ferromagneticproperties. Lastly, it has been shown a possible framework by adding additionalmetals into the existing metal-oxide VAN platform. By adding the third phase,another metal, it opens up a new avenue to induce additional functionalitywhile creating a method to introduce coupling between the different metals andphysical properties." @default.
- W3205484864 created "2021-10-25" @default.
- W3205484864 creator A5003113985 @default.
- W3205484864 date "2020-08-05" @default.
- W3205484864 modified "2023-09-25" @default.
- W3205484864 title "INTEGRATION OF FERROMAGNETIC METALS IN VERTICALLY ALIGNED NANOSTRUCTURES FOR SPINTRONICS" @default.
- W3205484864 doi "https://doi.org/10.25394/pgs.12670688.v1" @default.
- W3205484864 hasPublicationYear "2020" @default.
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