Magnetovision is the measuring technique enabling the visualization of magnetic field distribution in a given space.

Magnetovision measuring stand consists of a magnetometer, X-Y or X-Y-Z movement mechanism and data processing and visualization system. Following modes of magnetovision signal acquisition are possible:

• magnetometer moves in the measurement area (e.g. over tested object)
• tested object moves against the magnetometer
• array of magnetic field sensors is used

Typically, following types of sensors may be used:

• magnetoresistance effect based sensors^[1]
• fluxgate magnetometers
• Hall effect sensors
• SQUIDs

There are different modes of magnetovision measurements. Measurements may be performed in 2D (X-Y) or 3D (X-Y-Z). Moreover, measurements of magnetic field may be absolute, differential or gradiometric.

Magnetovision may be used for:

• nondestructive testing in civil engineering
• detection of dangerous metallic objects^[1]
• archeology

Magnetovision images may be used for data fusion with visual signal. This creates new possibility of presentation of magnetic field distribution for further analyses.