Add to ORKGThis article examines the effects of four soil types on metal detector and GPR performance and proposes the development of a classification system based on soil type to aid in the selection of effective methods for manual demining
Metal detection and digging are somewhat unsatisfactory approaches to locating landmines. This repor...
Ground penetrating radar and thermal sensors hold much promise for the detection of non-metallic lan...
The performance of ground-penetrating (GPR) radar is determined fundamentally by the soil electromag...
Mine detection and clearance are costly and time-consuming procedures necessary to benefit the commu...
To design holographic and impulse ground penetrating radar (GPR) sensors suitable for humanitarian d...
Abstract--Field experience has shown that soil conditions can have large effects on Ground Penetrati...
Since its development in the early 1970s, scientists from an array of disciplines have found reason ...
Soil magnetic susceptibility can adversely affect the performance of metal detectors which are the m...
Landmines are a major problem in many areas of the world. In spite of the fact that many different t...
As ordnance and landmine-detection technology advances, mine-action organizations across the world a...
Abstract only availableThroughout the twentieth century, landmines have been used to inhibit the mov...
While a lot of improvement has been achieved with metal detectors in detection depth and ground reje...
Ground penetrating radar (GPR) is a promising technique for humanitarian demining applications as it...
International audienceLow and non-metallic landmines are one of the most difficult subsurface target...
In this paper results are presented of a study on the performance of a dual-sensor landmine detector...
Metal detection and digging are somewhat unsatisfactory approaches to locating landmines. This repor...
Ground penetrating radar and thermal sensors hold much promise for the detection of non-metallic lan...
The performance of ground-penetrating (GPR) radar is determined fundamentally by the soil electromag...
Mine detection and clearance are costly and time-consuming procedures necessary to benefit the commu...
To design holographic and impulse ground penetrating radar (GPR) sensors suitable for humanitarian d...
Abstract--Field experience has shown that soil conditions can have large effects on Ground Penetrati...
Since its development in the early 1970s, scientists from an array of disciplines have found reason ...
Soil magnetic susceptibility can adversely affect the performance of metal detectors which are the m...
Landmines are a major problem in many areas of the world. In spite of the fact that many different t...
As ordnance and landmine-detection technology advances, mine-action organizations across the world a...
Abstract only availableThroughout the twentieth century, landmines have been used to inhibit the mov...
While a lot of improvement has been achieved with metal detectors in detection depth and ground reje...
Ground penetrating radar (GPR) is a promising technique for humanitarian demining applications as it...
International audienceLow and non-metallic landmines are one of the most difficult subsurface target...
In this paper results are presented of a study on the performance of a dual-sensor landmine detector...
Metal detection and digging are somewhat unsatisfactory approaches to locating landmines. This repor...
Ground penetrating radar and thermal sensors hold much promise for the detection of non-metallic lan...
The performance of ground-penetrating (GPR) radar is determined fundamentally by the soil electromag...