AXR5-13

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AXR5-13 is an advanced and versatile magnetic field instrument developed by the Hamburg School of Engineering in Germany. It is an extremely sensitive and easy to use instrument designed for the precise measurement of weak and unknown magnetic fields in various application fields. It is equipped with a wide range of features, including automated measuring range adjustment, a digital display, and a user-friendly interface.

The AXR5-13 is a robust and reliable instrument that can be used in many different application fields, such as geophysical surveys, mineral exploration, volcanology, and meteorology. The instrument is primarily used to measure the intensity and direction of the Earth\'s magnetic field. It is also used to measure the strength and direction of other weak magnetic fields, such as those associated with earthquake detection or geomagnetic studies. Additionally, the AXR5-13 is used to measure the field strength of fluctuations in the Earth\'s magnetic field, which often provide clues to the presence of volcanoes, minerals, and underground structures.

In order to measure a magnetic field, the AXR5-13 utilizes the principle of transverse magnetism. This principle states that when an external magnetic field is applied to a magnet, that magnet will experience a transverse magnetization. The magnitude of this magnetic moment is proportional to the strength of the applied field, and the direction of the magnetic moment is perpendicular to the direction of the applied field. By taking measurements of both the magnitude and direction of the transverse magnetization, it is possible to calculate the strength and direction of the applied field.

The AXR5-13 is equipped with three sensors, each of which can be used to measure a different component of the magnetic field. Two of the sensors are arranged in a 90° arrangement to measure the transverse magnetization along each axis of the magnet. The third sensor is positioned at the midpoint between these two sensors, and is used to measure the magnitude of the magnetization of the magnet.

Once the measurements have been taken, the AXR5-13 can calculate the field components along the x, y, and z axes, as well as the amplitude and direction of the field. This information can then be used to create a map of the magnetic field, which can be used to help identify features such as volcanoes, flooding risks, underground water sources, and mineral deposits. Additionally, this data can be used to create in-depth analysis of the magnetic field, such as the calculation of field gradients and averages.

In conclusion, the AXR5-13 is an advanced magnetic field instrument that can be used in a variety of application fields. Its automated features, digital display, and user-friendly interface make the instrument easy to use and reliable. By measuring the strength and direction of the transverse magnetization, the instrument can provide detailed information about the Earth\'s magnetic field, which can be used to identify features such as volcanoes, minerals, and underground structures.

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