Diamagnetic Moment of an Atom Calculator

Compare with a para-magnetic atoms, diamagnetic atoms have only paired electrons, which can be made magnetic, have at least one unpaired electron. And the diamagnetic materials can create an induced magnetic field in a direction opposite to an externally applied magnetic field. In this electromagnetism calculator you can calculate the diamagnetic moment of an atoms based on the known values.

Calculate the Diamagnetic Moment of an Atom

ρ

Compare with a para-magnetic atoms, diamagnetic atoms have only paired electrons, which can be made magnetic, have at least one unpaired electron. And the diamagnetic materials can create an induced magnetic field in a direction opposite to an externally applied magnetic field. In this electromagnetism calculator you can calculate the diamagnetic moment of an atoms based on the known values.

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Formula:

m = e2 / (6*me) * (z*r2) * B Where, m = Diamagnetic Moment of an Atom e = Electronic Charge me = Electron Mass z = Atomic Number r = Mean Squared Orbital Radius B= Magnetic Flux Density

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