Frequency metal detector frequency radar resolution power
An electromagnetic field with a positive electric charge is formed from a frequency with a positive electric charge and a very weak magnetic field with a negative electric charge. The magnetic field with weak negative electric charge is again formed by the change of positive electric charge in the circuit, which has changed to negative electric charge.
All these methods are done by the designer in the circuit and in the field of the metal detector, the frequency that governs the flow of related fields is basically the electromagnetic field with a positive electric charge that creates the circuit.
Therefore, the flow of the electromagnetic field related to radars is fundamentally different from other fields and they maintain their speed and accuracy while moving. Other fields cannot dominate such fields formed by frequency and enter it or create field changes in propagation in the direction of detection.
As a result, frequency radar or frequency detector with VDE number in edit and threshold level and volume has the power to penetrate deep into the ground for detection and separation, and each of these issues is a separate reason from other factors in penetration and power in separation.
Vortex electromagnetic field frequency radar frequency metal detector
The high or low frequency related to the frequency radar circuits has the condition of forming the flow of the electromagnetic field with positive electric charge, and the flow of energy, heat and radiation that forms the frequency is basically the action of class rotation movement of electrons with electric charge.
Energy and heat in the layers creates the state of the electric and magnetic field relative to the positive and negative electric charge, and the combination of these fields forms the current of the electromagnetic field, which is proportional to the high or low of the negative and positive electric charge, the electron flow of the electromagnetic field with a positive or negative electric charge. create
In frequency radars, this frequency law in the formation of an electromagnetic field with a positive electric charge is due to the flow of energy structure with an electric field with a positive electric charge created by the number of protons higher than the electron, which creates the state of positive electric charge.
The designer in the design of the circuit enhances the positive current in the emission that the energy with positive electric charge has the emission conditions and the dominant current in the frequency corresponding to the frequency radar or frequency finder or hand-held ground radar in the frequency emission current with fields with high positive electric charge and Very weak fields with very low negative electric charge.
With these characteristics, there are conditions for detecting the fields of metals or targets or gold or silver, and in case of encountering the emitted field from a frequency radar or a frequency metal detector or a frequency detector in any condition, the state of absorption vortex and repulsion vortex will be reflected in order to separate the targets. It has magnetic or non-magnetic categories according to the type of settings in the VDE number in the edit and the level and volume threshold in the reflection for recognition and separation.
Water crossing frequency radar frequency metal detector
The frequency related to the mine detector or metal detector is of a low frequency type, because according to the principles of frequency radar, it operates in the orbital layers of the existence of other fields, it has the conditions of power and penetrating deep into the ground and even passing through moist layers and water.
None of the sources and obstacles will leave a mark on the movement and passage of the frequency detector, like submarines that have a frequency radar underground and detect and distinguish objects, targets and obstacles underwater.
One of the factors that causes common points of electromagnetism with positive electric charge moving in the direction of the mother frequency is that water and other sources have the least effect.
Radar frequency metal detector sensor for stability of movement with certain lines
The main frequency of the radar circuit or the frequency finder is in the propagation stream to distinguish the targets, and the frequency sensors or accessories that have the condition of riding on the main circuit frequency also benefit from this situation.
Because the electromagnetic radiations related to the frequencies move in the same direction and the direction of the antenna circuits in the frequency finder has motion and co-directional characteristics with each other. In front of the ultrasonic or infrared sensor, there should be an obstacle because the main frequency of the frequency radar circuit or frequency finder has the ability to pass through fields and obstacles.
The frequency related to the frequency sensors will also have the power to pass because it has common fields, especially the electromagnetic field with a positive electric charge, which dominates any field, or it can be expressed in the course of riding or modulating the frequency of the main circuit of the frequency radar with any type Common electromagnetic field frequency sensor is created with positive electric charge.
Any type of obstacle or factor is placed in front of the frequency of the frequency sensor due to the movement and passage of the main frequency of the frequency current circuit and the common electromagnetic field that has arisen will also pass through those obstacles and this current will gain power from the main frequency radar circuit in the emission and reflection power. Is
Metal detector frequency radar moving lines
Frequency-type radar circuits can have the best situation in moving lines for isolation by combining the three-dimensional wave in the pressure on the fields in the passage and reflection of the fields of all the sources and the main target.
Emission and reflection at the same time by the frequency radar circuit has the ability to operate both times, and this is one of the factors that the stability in the VDE number in the edit along with the level and volume threshold of the highest quality to detect targets in different conditions for separation, especially the separation of gold And metals provide magnetism in depth.
Disturbance situation in the diffused field in the frequency flow due to the type of frequency movement in the transmission and the ability to detect the circuit in separating the reflection of different types of fields have the power to categorize the diffusion classes compared to the separate reflection.
If the frequency and reflection of the fields collide and cross, there is a condition of continued propagation without interference of other fields in the diffused field compared to the reflection, or basically, in the case of propagation and reflection, there is no interference or interruption of propagation in the process of detecting the current circuit.
Rather, successive propagation in the return reflection mode of the fields is done in an orderly and regular manner, and the deviation in the reflection in the detection will not affect the propagation in the transmission, and this accurate detection condition for separation in the separation state is in the best conditions in the frequency radar for detection, separation and separation. Objectives are provided in depth.
