Giant magnetoresistance (GMR) sensors are considered one of the first real applications of
nanotechnology. They consist of nm-thick layered structures where ferromagnetic metals are …

This paper highlights recent advances in synthesis, self-assembly and sensing applications
of monodisperse magnetic Co and Co-alloyed nanoparticles. A brief introduction to solution …

An angle dependent analysis of the planar Hall effect (PHE) in nanocrystalline single-
domain Co 60 Fe 20 B 20 thin films is reported. In a combined experimental and theoretical …

This article reviews recent developments on magnetoresistive detection of magnetic beads
or nanoparticles by nanoscale sized sensors. Sensors are analyzed from an experimental …

Small magnetic particles have attracted a lot of interest during the last decades. We may
think of a magnetic particle as small magnetic sphere which interacts with other magnetic …

In this work, different approaches in order to enhance the sensitivity of tunnel
magnetoresistive sensors are discussed by means of finite element simulations. Several …

In order to eliminate additional degrees of freedom in the surrounding domain of a charged
or polarized object, we implement an open boundary method based on a hybrid FEM-BEM …

Purpose of this research is to describe the application of a radius basis function (RBF)
network to the problem of real-time fault detection and diagnosis (FDD) in a vapor …

The detection capability of magnetic beads and nanoparticles by tunneling
magnetoresistance sensors is analyzed in a finite element framework. The limitations for …

The calculation of ferromagnetic materials is a challenging task of high industrial and
academic impact. The dynamics of a magnetization distribution are governed by the Landau …