En el contexto del término, se habla de un proceso cuando el campo magnético de un imán permanente o un ferrítico para convertirse en material de imán...
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Magnet applications
In this article you will find information about how to magnetize products such as magnets or magnetic systems and the different types.
We can generate a large amount of magnetic energy by means of magnetic systems or products. You can consult our wide variety of magnetic solutions in...
Permanent magnets are magnetic products that can have different forces depending on their different material, shape and size.
The Maxwell equations can be used to calculate all electrical and magnetic events, such as electrical and magnetic forces. See how the equations are.
The magnetic permeability of a magnet is the relationship between the magnetic field and the magnetic flux density. See how to calculate permeability.
We know that a magnetic field consists of a north pole and a south pole, and these create a magnetic field with a concrete force.
Hysteresis is a concept that can affect a magnet. To do this you can consult the influence it has on the magnet in this article.
The north pole and the south pole of a magnet are the essential elements to form a magnetic field with a respective force. It can influence the material,...
The units of Gauss and Tesla are units of measure that help us calculate the magnetic flux and force of the magnets.
Electromagnets are a widely used type of magnet thanks to their magnetic properties and their easy application.
The magnetic forces in permanent magnets arise from the sum of these circulating currents as a result of the uniform alignment of the elementary magnets.