The General Theory of Metal detection is given in the earlier portion of the paper. The conflicting influences of conductivity and ferromagnetism are stressed and the difficulty of detecting metallic mines in magnetic soils is explained. The latter half of the paper deals with the principles of operation, description and comparative performances of a few mine detectors now in service use. Towards the end mention is made about the possibilities of tackling the problem of non-metallic mine detection..
A variety of metal detectors using electromagnetic induction (EMI) are available for the detection o...
As ordnance and landmine-detection technology advances, mine-action organizations across the world a...
At present many million anti-personnel mines are polluting our environment in many countries. They c...
The General Theory of Metal detection is given in the earlier portion of the paper. The conflicting ...
Mine detection and clearance are costly and time-consuming procedures necessary to benefit the commu...
International audienceLow and non-metallic landmines are one of the most difficult subsurface target...
Detection of landmines is a problem concerning both military and peacekeeping forces. This paper re...
The operation of a detector used to locate buried metal objects is dependent on the generation of a ...
rom the detection of buried treasure to the detection of landmines and unexploded ordnance, the hist...
While a lot of improvement has been achieved with metal detectors in detection depth and ground reje...
Landmines are a type of inexpensive weapons widely used in the pre-conflicted areas in many countrie...
This article examines the effects of four soil types on metal detector and GPR performance and propo...
Anisotropic magnetoresistors (AMRs) are used to build an advanced mine detector. The sensing head in...
Soil magnetic susceptibility can adversely affect the performance of metal detectors which are the m...
The readers of the popular press need little introduction to the worldwide scourge presented by land...
A variety of metal detectors using electromagnetic induction (EMI) are available for the detection o...
As ordnance and landmine-detection technology advances, mine-action organizations across the world a...
At present many million anti-personnel mines are polluting our environment in many countries. They c...
The General Theory of Metal detection is given in the earlier portion of the paper. The conflicting ...
Mine detection and clearance are costly and time-consuming procedures necessary to benefit the commu...
International audienceLow and non-metallic landmines are one of the most difficult subsurface target...
Detection of landmines is a problem concerning both military and peacekeeping forces. This paper re...
The operation of a detector used to locate buried metal objects is dependent on the generation of a ...
rom the detection of buried treasure to the detection of landmines and unexploded ordnance, the hist...
While a lot of improvement has been achieved with metal detectors in detection depth and ground reje...
Landmines are a type of inexpensive weapons widely used in the pre-conflicted areas in many countrie...
This article examines the effects of four soil types on metal detector and GPR performance and propo...
Anisotropic magnetoresistors (AMRs) are used to build an advanced mine detector. The sensing head in...
Soil magnetic susceptibility can adversely affect the performance of metal detectors which are the m...
The readers of the popular press need little introduction to the worldwide scourge presented by land...
A variety of metal detectors using electromagnetic induction (EMI) are available for the detection o...
As ordnance and landmine-detection technology advances, mine-action organizations across the world a...
At present many million anti-personnel mines are polluting our environment in many countries. They c...