Magnetic surveys are quite successful at locating buried steel objects, including unexploded
ordnance (UXO). However, many of the anomalies apparent in a magnetic image of a …

Prior to 1990, UXO were generally modeled or approximated as compact, ferrous objects;
the model was effectively a uniformly magnetized sphere of iron at a specified or an …

Magnetometry is widely used for the characterization of areas contaminated by unexploded
ordnance (UXO). To successfully discriminate hazardous UXO from nonhazardous clutter …

We review the algorithms that have been used to discriminate between hazardous
unexploded ordnance (UXO) and harmless clutter. Statistical classifiers use model …

The surface magnetic anomaly observed in unexploded ordnance (UXO) clearance is
mainly dipolar, and consequently, the dipole is the only magnetic moment regularly …

The dominant cost and time driver in unexploded ordnance (UXO) cleanup is the necessity
of digging (excavating)“false alarm” gèophysical anomalies. As many as 75% of all the …

UXO DISCRIMINATION AND IDENTIFICATION USING MAGNETOMETRY Introduction Page 1
UXO DISCRIMINATION AND IDENTIFICATION USING MAGNETOMETRY Stephen D. Billings …

Accurate control of molten metal levels during pyrometallurgical smelting operations is
critical to improve process decision-making and maximizing production efficiency, such as …

Inversion of total-field magnetics to recover the dipole moment of an anomaly provides
valuable discrimination information. Using the recovered dipole moment it is not possible to …

The EPFL and the VUB have been investigating the response of metal detectors within the
framework of humanitarian demining research activities, in particular frequency domain …