Separation in the combination of detecting metals and pure gold and silver from mixed metals or alloy metals can be done according to the principles of the circuit with settings and the precise separation and discrimination of metals and pure gold and silver from alloy metals is with various combinations of specific frequencies of the radar circuit
Response and separation and discrimination in any type of metal detector or GPR or grounded handy radar or mine detector or ground penetrating radar or imaging ground scanner or scanned imaging metal detector or frequency type detector with VDI number settings in the Edit and Threshold of the surface and size to determine metals such as pure gold is done accurately with a VDI number
The conditions for separation and discrimination of high grade gold such as 18 to 24 at any depth and position of the ground are done with a VDI number and the grade of gold and pure silver do not differ from each other in terms of the reflection of the field current Those metals such as gold due to the combination of their field currents with a positive electric charge on any type of metal that is combined with gold cause gold to react to the field current and electrons of this type of source or combined metals It is dominated by gold and in principle its positive electric charge flow dominates over other metals Of course this is in relation to gold from 18 to 24 carats in the composition of the change in the carat in the pure state that is being discussed and if the amount of gold combined with other metals is very low and the amount of other metals is much higher than gold in the other composition the pure gold is not 18 to 24 carats and becomes a composite metal or alloy with different conditions
Source of books by the scientist of electronic sciences Radar Ramin Keykhosravi with permission
