PTMS magnetic separation The two ends of the magnetic rod conductor are connected to the two terminals of the ammeter, forming a closed circuit. When the conductor moves left or right in the magnetic field and cuts the magnetic line, the pointer of the ammeter deflects, indicating that a current is generated in the circuit. The current generated by this method is called the induced current. We know that the number of magnetic lines passing through a certain area is called the magnetic flux passing through that area.
As the conductor moves the magnetic line, the area surrounded by the closed circuit changes, and thus the magnetic flux through this area changes. PTMS magnetic separation The cause of the induced current in the magnetic rod conductor can be attributed to a change in the magnetic flux through the closed circuit.
It can be seen that as long as the magnetic flux through the PTMS magnetic separation rod closing circuit changes, the induced current is generated in the closing circuit. This is the condition in which the induced current is generated. Direction of the induced current: when the conductor moves left or right, the deflection direction of the ammeter pointer is different, which indicates that the direction of the induced current is related to the direction of the conductor.
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