What Is Field Scan Detector? How To Use It?
 

Getting the most accurate and fast results in the field is possible by using static energy without changing the basic theory and the principle associated with it. A magnetic field will form around the metal mass, so that the metal under the ground is standing for long periods of time without being opened. This "Magnetic Field" will grow and grow even further as the duration of cis-submersion becomes longer. The magnetic field will both metal detector accessories cause and help to detect the metal objects larger or deeper because of the metal effect.

What are field scanning devices? How does it work?

Nowadays, technical equipments that act with this logic are still used and it is possible to drill in this way to examine the structure of the ground, to open water wells, to reach the veins or beds of some mines.

The devices used with this technique are not only finding water, but they are a great help in finding gold, which is the most precious metal in the world, the gaps that exist underground, the dense minerals, the elements that affect metal and metal and finally.

Theoretically, each metal underground is energy. The accumulated energy is spreading in every direction with 45 degree angle underground. When these signals reach the earth, they reach a 90 degree vertical angle and rise about 100-180 cm. After this point, all the signals are directed to the north, as if the impulse did not show northern in accordance with the earth's magnetic attraction principle.

From all these physical facts, there are a number of practical and useful geophysical devices that are developed on this field today, and they are called "AREA SCANNING" devices in general.

Field scanning is ancillary equipment used in the detection of certain metals or voids, which can be very large, especially in large areas.

Field scanners are much more practical and quicker than large detectors in reaching or navigating on large distances.

The search must be supported by a detector for ultimate target detection. In principle, field scanning devices take a direct route from a static energy user and use a mechanical system with motion capability to sense and direct the frequencies the target carries.

In order to arrive at the desired correct result, it is necessary to understand the directions and operating principle of the field scanning device. The multiplicity or density of minerals in the soil can cause the Field Scanning device to behave unsteadily. These unstable behaviors can be summarized as a precise determination of a possible target. The user is looking for already determined signals. So it's a possible goal. This can be solved only in the most accurate way, with field-scanning antennas with metal rod antennas, which are obtained by direct touching of the user's static energy.

Other style; All digital, screened, moving, field-scanned or laser-scanned devices, ie devices that are not primarily field scanners but are sold as field scanners, are misleading and commercial products.

Getting the most accurate and fast results in the field is possible by using static energy without changing the basic theory and the principle associated with it. A magnetic field will form around the metal mass, so that the metal under the ground is standing for long periods of time without being opened. This "Magnetic Field" will grow and grow even further as the duration of cis-submersion becomes longer. The magnetic field will both cause and help to detect the metal objects larger or deeper because of the metal effect.