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Intermolecular force of association magnetic

Intermolecular force of association magnetic

magnetic Association : the atoms in the magnet add their magnetic fields and thus enhance overall is causing an exponential growth that produces a chain reaction and this releases energy in waves of magnetic force thus creating the magnetic field . Author Juan Carlos Aviles Moran.

The magnetic domain is a molecule or set of permanent magnet elementary clusters (magnetic dipoles) forming a stable and magnetically neutral. (domains, which are randomly oriented if the material do not exhibit magnetic properties). Author Juan Carlos Aviles Moran.

In chemistry, a molecule is called a set of at least two covalently bonded atoms forming a stable and electrically neutral.

The magnetic domain is a molecule in which the atoms are covalently bonded because the magnetic field strength is a positive sum + that magnetic fields between atoms, magnetic attraction is the unifying force of atomic magnetic fields (ferromagnetic or ferrimagnetic, such , which gives a magnetic ordering) that is in the domain magnetic electrons are shared path or route a "virtual" electron is accepted by the magnetic field of the domain as if it appears as electron quantum a Simulation or full scan trajectory around the magnetic domain but in truth the electrons are spinning in their respective fixed orbital nuclei of atoms in the magnetic domain. Author: Juan Carlos Aviles Moran.

"magnetic Association : the atoms in the magnet add their magnetic fields and thus enhance overall is causing an exponential growth that produces a chain reaction and this releases energy in waves of magnetic force thus creating the magnetic field . Author Juan Carlos Aviles Moran".



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