Dual technology mine detector is a type of mine detection equipment that uses two different technologies to detect mines and other explosive devices. These technologies work together to provide a more comprehensive and accurate detection of mines and other explosive devices, increasing the effectiveness of the mine detector.
The metal detection technology in a dual technology mine detector works by generating an electromagnetic field and measuring the response of the field to metallic objects. When a metallic object is present, it will disrupt the electromagnetic field and produce a response that can be detected by the mine detector. This allows the mine detector to detect metallic objects, such as the metal components of a mine, buried underground.
The ground penetrating radar (GPR) technology in a dual technology mine detector uses electromagnetic waves to create a detailed image of the subsurface. The electromagnetic waves are transmitted into the ground and the reflections of the waves are used to create an image of the subsurface. This image can be used to detect mines and other explosive devices that may be buried underground.
Some common technical specifications for dual technology mine detectors may include
- Detection depth: This is the maximum depth at which the mine detector can detect mines and other explosive devices. The detection depth can vary depending on the specific model and the technologies used.
- Detection width: This is the width of the area that the mine detector can scan at a single pass. The detection width can vary depending on the specific model and the technologies used.
- Detection speed: This is the speed at which the mine detector can scan an area. The detection speed can vary depending on the specific model and the technologies used.
- Operating temperature: This is the range of temperatures in which the mine detector can be used. The operating temperature can vary depending on the specific model and the technologies used.
- Power source: This is the type of power source that the mine detector uses, such as a battery or an external power source. The power source can vary depending on the specific model and the technologies used.
- Weight: This is the weight of the mine detector, which can be an important factor for portability. The weight can vary depending on the specific model and the technologies used.
- Size: This is the dimensions of the mine detector, which can also be important for portability. The size can vary depending on the specific model and the technologies used.
It’s worth noting that technical specifications for dual technology mine detectors can vary significantly depending on the specific model and manufacturer. It’s always a good idea to refer to the manufacturer’s specifications for specific technical details on a particular dual technology mine detector.
