Titlebook: Curvilinear Micromagnetism; From Fundamentals to Denys Makarov,Denis D. Sheka Book 2022 Springer Nature Switzerland AG 2022 Curvilinear Mic

Pepsin

Geometrically Curved Magnetic Field Sensors for Interactive Electronics, pinning mechanism for domain walls, which can lead to the enhancement of the coercive field and hence lower the sensitivity of magnetic field sensors. These considerations came up very recently and its consequences are still to be explored and confirmed experimentally. Here, we will discuss primary

Statins

中国纪念碑

https://doi.org/10.1007/978-981-99-5362-2 characterized by two functions: curvature and torsion, which determine the modification of magnetic responses. The torsion being the key distinguishing parameter from flat curvilinear wires (discussed in Chap. .) is in the focus of this chapter. The presented analytical approach to address thin wir

d-limonene

Social Networks and Action Space in Citieslf-consistent micromagnetic framework of curvilinear magnetism describes the impact of curvature–induced effects, driven by both local and nonlocal interactions, on the statics and dynamics of magnetic textures in extended curved thin shells. In particular, we focus on the effects in magnetic thin f

Encumber

The Paradox of Urban Diversity and Cohesionfield in magnetism. However, it should be mentioned that the driving force behind can be attributed to the theoretical, both analytical and numerical predictions of novel magnetic textures and interesting features, such as chiral domain wall motion, the Spin-Cherenkov effect or the curvature-induced

Champion

Social Networks and Action Space in Citiesarious nanoarchitectures are considered, including nanostructured junctions and magnetic nanowire lattices with frustration, wireframe and mesh-like 3D objects, and 3D systems with non-trivial topology and chirality. In addition to the theoretical background, a large section is devoted to novel fabr

Consensus

Influx

小淡水鱼

Sascha Dov Bachmann,Andres B. Munoz Mosquera, in particular, magnetic soft robots. Specifically, we describe the interplay between the mechanical and magnetic degrees of freedom in mechanically flexible materials. The discussion starts with the common approach based on the analysis of the balance of magnetic and mechanical forces and torques

看法等

https://doi.org/10.1007/978-1-4612-9950-9and magnetic texture arises. A clear advantage of these deformable magnetic materials is that they can be used for applications that demand flexibility or stretchability, something that conventionally rigid ferromagnets cannot provide. This advantage can be readily exploited in the field of flexible