Add to ORKGAbstract- In this paper we illustrate that magnetic hysteresis affects the uncertainty of sensors based on magnetic phenomena and materials. Testing various magnetic techniques, we conclude that sensor uncertainty can be optimized by both, the optimization of magnetic hysteresis and the operation in the magnetically reversible area of the material. Preliminary modelling results are in agreement with our experimental findings. I
International audienceA cantilever-based sensor of magnetic force is a potential tool for magnetic s...
This paper present a new structure of a magnetic sensor. The output signal is proportional to the an...
The measured voltage signals picked up by the needle probe method can be interpreted by a numerical ...
In this paper we present a review on magnetic effects used for physical sensor applications. First, ...
The purpose of this paper is to determine a priori the optimal needle placement so to achieve an as ...
The promising development of magnetic sensors in the biomedical field demands an appropriate level o...
The measured signals picked up by the needle probe method can be interpreted by a numerical method s...
This paper describes the principle of operation of the fluxgate sensors. The effect of the magnetic ...
Magnetic Sensors for Biomedical Applications offers a comprehensive review of magnetic biosensor mod...
The hysteresis of magnetoresistive sensors remains a considerable cause of inaccuracy of positioning...
The paper deals with magnetic field measurement, carried out by using a broadband and isotropic inst...
This Master’s thesis contains an overview of determining measurement uncertainties of direct and ind...
The paper deals with magnetic field measurement, carried out by using a broadband and isotropic inst...
Giant magnetoresistance (GMR) sensors are assumed as an important role in magnetic field sensing app...
Magnetic biosensors detect magnetic beads that, mediated by a target, have bound to a functionalized...
International audienceA cantilever-based sensor of magnetic force is a potential tool for magnetic s...
This paper present a new structure of a magnetic sensor. The output signal is proportional to the an...
The measured voltage signals picked up by the needle probe method can be interpreted by a numerical ...
In this paper we present a review on magnetic effects used for physical sensor applications. First, ...
The purpose of this paper is to determine a priori the optimal needle placement so to achieve an as ...
The promising development of magnetic sensors in the biomedical field demands an appropriate level o...
The measured signals picked up by the needle probe method can be interpreted by a numerical method s...
This paper describes the principle of operation of the fluxgate sensors. The effect of the magnetic ...
Magnetic Sensors for Biomedical Applications offers a comprehensive review of magnetic biosensor mod...
The hysteresis of magnetoresistive sensors remains a considerable cause of inaccuracy of positioning...
The paper deals with magnetic field measurement, carried out by using a broadband and isotropic inst...
This Master’s thesis contains an overview of determining measurement uncertainties of direct and ind...
The paper deals with magnetic field measurement, carried out by using a broadband and isotropic inst...
Giant magnetoresistance (GMR) sensors are assumed as an important role in magnetic field sensing app...
Magnetic biosensors detect magnetic beads that, mediated by a target, have bound to a functionalized...
International audienceA cantilever-based sensor of magnetic force is a potential tool for magnetic s...
This paper present a new structure of a magnetic sensor. The output signal is proportional to the an...
The measured voltage signals picked up by the needle probe method can be interpreted by a numerical ...