Anisotropic magnetoresistors (AMRs) are used to build an advanced mine detector. The sensing head involves a gradiometric pair of AMR sensors and a continuous-wave driven excitation coil, so the gradiometer is capable of detection of ferromagnetic materials as well as diamagnetic metals. The sensors are specially arranged to suppress the large AC-excitation field, so the mine detector senses both DC and AC field gradient responses of the object of interest. Being limited by the sensor and electronics noise of 268 pT/sqrtHz at 1 kHz, we were able to detect a 50 mm × 50 mm × 1.5 mm aluminum test object in a 20 cm depth using a 150 uT, 1-kHz excitation field
The main target of the UNEXMIN project is to develop a fully autonomous submersible robot (UX-1) whi...
It is well known that using progressively lower frequencies in eddy current detection permits deeper...
In any post conflict country, landmines have become a major concern to civilians especially during ...
AbstractWe used anisotropic magnetoresistors (AMR's) to build an advanced mine detector. The sensing...
Disertační práce popisuje vývoj nových detekčních zařízení s anizotropními magnetorezistoryThis thes...
Our novel position sensor is based on the combination of the eddy-current and permeability effects. ...
The operation of a detector used to locate buried metal objects is dependent on the generation of a ...
We compare the performance of eddy current metal detectors for finding small bombs and other items o...
The most important milestone in the field of magnetic sensors was when AMR sensors started to replac...
To improve the performance of anisotropic magnetoresistance (AMR) sensor, a low-noise driving circui...
The most commonly used remote sensing methods are used in such applications as the aquistic emmissio...
Magnetic resonance measurements in the field, such as for land mine detection using 14N nuclear quad...
Anisotropic magnetoresistive (AMR) magnetic sensors are often chosen as the magnetic transducer for ...
The General Theory of Metal detection is given in the earlier portion of the paper. The conflicting ...
AbstractIt is very difficult to estimate depth of a metal object using signal of a traditional eddy-...
The main target of the UNEXMIN project is to develop a fully autonomous submersible robot (UX-1) whi...
It is well known that using progressively lower frequencies in eddy current detection permits deeper...
In any post conflict country, landmines have become a major concern to civilians especially during ...
AbstractWe used anisotropic magnetoresistors (AMR's) to build an advanced mine detector. The sensing...
Disertační práce popisuje vývoj nových detekčních zařízení s anizotropními magnetorezistoryThis thes...
Our novel position sensor is based on the combination of the eddy-current and permeability effects. ...
The operation of a detector used to locate buried metal objects is dependent on the generation of a ...
We compare the performance of eddy current metal detectors for finding small bombs and other items o...
The most important milestone in the field of magnetic sensors was when AMR sensors started to replac...
To improve the performance of anisotropic magnetoresistance (AMR) sensor, a low-noise driving circui...
The most commonly used remote sensing methods are used in such applications as the aquistic emmissio...
Magnetic resonance measurements in the field, such as for land mine detection using 14N nuclear quad...
Anisotropic magnetoresistive (AMR) magnetic sensors are often chosen as the magnetic transducer for ...
The General Theory of Metal detection is given in the earlier portion of the paper. The conflicting ...
AbstractIt is very difficult to estimate depth of a metal object using signal of a traditional eddy-...
The main target of the UNEXMIN project is to develop a fully autonomous submersible robot (UX-1) whi...
It is well known that using progressively lower frequencies in eddy current detection permits deeper...
In any post conflict country, landmines have become a major concern to civilians especially during ...