In the field of geological exploration, we are often faced with various challenges, especially when searching for water or solving other geological problems. However, a method of physical exploration called "natural electric field frequency detection" is changing the way we work, providing geologists with a new perspective with its unique advantages and scientific rigor.
Natural electric field frequency selection method is a kind of alternating current exploration method based on the difference of electrical properties of underground rocks and ores by taking the electromagnetic field of the earth as the working field source. It solves geological problems by measuring on the ground the changing law of electric field strength of several or dozens of different frequencies in the horizontal component of electric field of the earth electromagnetic field to study the changes in the electrical properties of the underground. This method has a scientific and rigorous definition, and has its own set of complete theoretical system and exploration system.
However, the reason why this method is accepted by the majority of geologists is not only because of its scientific nature and rigor. More importantly, the ground water detector, which is designed and manufactured according to the theory of this method, is called "natural electric field frequency selective physical exploration measuring instrument", referred to as "natural electric field frequency selective instrument" or "frequency selective instrument". Frequency Selection Instrument" for short. The ground water detector is characterized by light weight, high efficiency and high degree of automation, which greatly improves the working efficiency and geological effect.
The lightweight nature of the ground water detector allows geologists to easily carry and use it without having to rely on complex equipment or manually powered field sources. At the same time, it is highly automated and easy to operate, and all measurements can be completed at the push of a button. This not only reduces manual errors, but also greatly improves work efficiency.
After the measurement, the ground water detector directly displays various anomaly curve diagrams on the screen for on-site analysis. These data provide abundant information for geologists, helping them to better understand the underground situation so as to make accurate judgment and decision.
With its unique advantages and scientific rigor, the natural electric field frequency selection method provides new perspectives and solutions for geological exploration. The appearance of ground water detector makes this method more practical and efficient. In the future, we expect this method to be more widely used and popularized, providing more possibilities for solving geological problems.
