A meander-like magnetic sensing element based on the giant magnetoimpedance (GMI)
effect was prepared by using optical lithography and sputtering deposition techniques. The …

Demands from the biomedical sector have challenged the existing international metrology
infrastructure to provide traceable measurements comprising the sensing of physical …

Large working range is of vital importance for magnetic sensors when exposed to
complicated magnetic field profile, especially in automation and power industry where large …

The location and surgical removal of foreign bodies in patients is still challenging, especially
for firearm projectiles, which are small and non-ferromagnetic. Conventional location …

The bias magnetic field is generally used to set properly the operating point of the magnetic
sensor based on the giant magneto-impedance effect (GMI sensor) as the GMI profile …

Some previous reports have already shown the characterizations of immunomagnetic
reduction (IMR). The assay technology involves the utilities of biofunctionalized magnetic …

This paper presents a new configuration for a GMI pressure transducer based on the
reading of the phase characteristics of GMI sensor, intended for biomedical applications …

In this work, the feasibility of a magnetic binary encoding system using 3D printing
technology is analyzed. The study has a double interest, that is, the possibility of printing a …

The giant magnetoimpedance effect (GMI) is used in the most recent technologies
developed for the detection of magnetic fields, showing potential to be applied in the …

A portable magnetic mapping system was designed to determine the three-dimensional
location of non-ferromagnetic metallic foreign bodies to ensure fast and successful surgical …