Magnetization Reversal of Three-Dimensional Nickel Anti-Sphere Arrays

Yu, Le; Yan, Zhongying; Yang, Han-Chang; Chai, Xuzhao; Li, Bingqing; Moeendarbari, Sina; Hao, Yaowu; Zhang, Di; Feng, Gang; Ping, Han; Gilbert, Dustin A.; Liu, Kai; Buchanan, Kristen; Cheng, Xuemei

doi:10.1109/lmag.2016.2616325

Cited by 3 publications

(1 citation statement)

References 15 publications

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“…Different systems can be characterized by means of this experimental technique. For example FORC diagrams have been used on the study of the long-term thermal aging in vessel steels [13], the magnetization reversal of three-dimensional nickel anti-sphere arrays [14], etc. An important field in which the FORC diagrams become a very useful tool is the Geophysics, principally in the study of magnetic rock properties [15], but in magnetic minerals in general [16,17].…”

Section: Introductionmentioning

confidence: 99%

Faster modified protocol for first order reversal curve measurements

Biasi

2017

Journal of Magnetism and Magnetic Materials

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Section: Introductionmentioning

confidence: 99%

Faster modified protocol for first order reversal curve measurements

Biasi

2017

Journal of Magnetism and Magnetic Materials

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Unveiling the Complex Magnetization Reversal Process in 3D Nickel Nanowire Networks

Ruiz‐Clavijo

Caballero‐Calero

Navas

et al. 2022

Adv Elect Materials

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Understanding the interactions among magnetic nanostructures is one of the key factors to predict and control the advanced functionalities of 3D integrated magnetic nanostructures. In this work, the focus is on different interconnected Ni nanowires forming an intricate, but controlled, and ordered magnetic system: Ni 3D Nanowire Networks (3DNNs). These self‐ordered systems present striking anisotropic magnetic responses, depending on the interconnections’ position between nanowires. To understand their collective magnetic behavior, the magnetization reversal processes are studied within different Ni 3D Nanowire Networks compared to the 1D nanowire 1DNW array counterparts. The systems are characterized at different angles using first magnetization curves, hysteresis loops, and First Order Reversal Curves techniques, which provided information about the key features that enable macroscopic tuning of the magnetic properties of the 3D nanostructures. In addition, micromagnetic simulations endorse the experiments, providing accurate modeling of their magnetic behavior. The results reveal a plethora of magnetic interactions, neither evident nor intuitive, which are the main role players controlling the collective response of the system. The results pave the way for the design and realization of 3D novel metamaterials and devices based on the nucleation and propagation of ferromagnetic domain walls both in 3D self‐ordered systems and future nano‐lithographed devices.

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Launching a new dimension with 3D magnetic nanostructures

et al. 2020

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The scientific and technological exploration of three-dimensional magnetic nanostructures is an emerging research field that opens the path to exciting novel physical phenomena, originating from the increased complexity in spin textures, topology, and frustration in three dimensions. One can also anticipate a tremendous potential for novel applications with those systems in a magnetic sensor and information processing technologies in terms of improved energy efficiency, processing speed, functionalities, and miniaturization of future spintronic devices. These three-dimensional structures are distinct from traditional bulk systems as they harness the scientific achievements of nanomagnetism, which aimed at lowering the dimensions down to the atomic scale, but expand those now in a tailored and designed way into the third dimension. This research update provides an overview of the scientific challenges and recent progress with regard to advances in synthesis approaches and state-of-the-art nanoscale characterization techniques that are prerequisite to understand, realize, and control the properties, behavior, and functionalities of three-dimensional magnetic nanostructures.

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Magnetization Reversal of Three-Dimensional Nickel Anti-Sphere Arrays

Cited by 3 publications

References 15 publications

Faster modified protocol for first order reversal curve measurements

Faster modified protocol for first order reversal curve measurements

Unveiling the Complex Magnetization Reversal Process in 3D Nickel Nanowire Networks

Launching a new dimension with 3D magnetic nanostructures

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