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lemon
lemon
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That heating element has 4 turns and looks to be a few cm across. It most likely consists of a copper wire coated in nickel. The relative permeabilities of which are ~1 and ~100, respectively.

If we're generous to ourselves and ignore the inhibiting effect of the nickel coating,It follows that the magnetic field created by your heating element, at its strongest point, will be roughly 1 Gauss (only a few times stronger than the magnetic field of the earth).

That heating element has 4 turns and looks to be a few cm across. It most likely consists of a copper wire coated in nickel. The relative permeabilities of which are ~1 and ~100, respectively.

If we're generous to ourselves and ignore the inhibiting effect of the nickel coating, the magnetic field created by your heating element, at its strongest point, will be roughly 1 Gauss (only a few times stronger than the magnetic field of the earth).

That heating element has 4 turns and looks to be a few cm across. It most likely consists of a copper wire coated in nickel. The relative permeabilities of which are ~1 and ~100, respectively.

It follows that the magnetic field created by your heating element, at its strongest point, will be roughly 1 Gauss (only a few times stronger than the magnetic field of the earth).

Source Link
lemon
lemon
  • 13.3k
  • 2
  • 43
  • 48

That heating element has 4 turns and looks to be a few cm across. It most likely consists of a copper wire coated in nickel. The relative permeabilities of which are ~1 and ~100, respectively.

If we're generous to ourselves and ignore the inhibiting effect of the nickel coating, the magnetic field created by your heating element, at its strongest point, will be roughly 1 Gauss (only a few times stronger than the magnetic field of the earth).