In the scene the main task of separating homogeneous fields which are essentially fields that have quasi homogeneous field transformations or fields from different sources combined and have quasi homogeneous conditions is one of the principles of separation and discrimination of the radar circuit These fields are combined and transformed in essence creating a non useful transformation field cavity that has a short lived high electrostatic pressure power and is placed in an electrostatic state at intervals in the number of this combination and transformation of the field cavity and is subjected to the pressure of the flow of stronger fields which have a high power response in reflection which causes errors in metal detectors or detectors that do not have the power to separate this non useful transformation field cavity
Metal Detector or any type of detector or GPR or ground penetrating radar or scanning imagr metal detector (scanned image metal detector) or antenna metal detector or the same long range locator or ground penetrating radar of the frequency type with a radar circuit that has VDI number settings in the Edit and Threshold of the surface and size according to the separation rules in the radar circuit for quasi homogeneous fields in field equilibrium with the least force Electron particles are quasi homologous in the radar orbit This useless conversion field hole is removed from view or eliminated and the main target field or gold and silver and the desired metal is separated one of the factors in this separation of the useless conversion field hole is the surface and size Threshold settings or settings related to detecting the target’s field reflection level
Source Books by Radar Electronic Science Scientist Ramin Keykhosravi with permission
