Magnetic Distortion Recorder

A Magnetic Distortion Recorder is a type of geophysical instrument that is used to measure and record magnetic distortions in the Earth's magnetic field. It is commonly used in geophysical surveys and exploration to detect and map subsurface features such as mineral deposits, underground structures, and geological formations.

The Magnetic Distortion Recorder is designed to accurately measure variations in the Earth's magnetic field caused by the presence of magnetic materials or anomalies in the subsurface. It consists of a sensor or magnetometer that is sensitive to changes in magnetic field strength, and a data recording system that captures and stores the measurements.

The instrument is typically operated by placing the sensor in close proximity to the ground or water surface, and then moving it systematically over the survey area. As the sensor detects changes in the magnetic field, the recorder records the corresponding measurements, which can later be analyzed and interpreted to identify and characterize subsurface features.

Magnetic Distortion Recorders are commonly used in various geophysical applications, including mineral exploration, archaeological surveys, environmental studies, and geotechnical investigations. They are an essential tool for geophysicists and geologists to gather valuable data about the subsurface and make informed decisions in their research and exploration activities.

In the supply group Instruments And Laboratory Equipment, the Magnetic Distortion Recorder falls under the supply class Geophysical Instruments, which includes a range of instruments used for geophysical measurements and surveys. These instruments are designed to measure various physical properties of the Earth, such as magnetic field, gravity, electrical conductivity, and seismic waves, to provide valuable insights into the subsurface structure and composition.