How would the hysteresis loop of a thin film be different than for a bulk material?
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I know that a hysteresis loop is characteristic of a material, that the width of the loop gives an indication about how permanent its magnetization is and that the area is related to the energy dissipated in the material per cycle.
I was wondering, however, how the hysteresis loop changes upon changing the dimensions of the material. Say you have a cobalt thin film, how does its hysteresis loop change when you make it thicker?
I was wondering, however, how the hysteresis loop changes upon changing the dimensions of the material. Say you have a cobalt thin film, how does its hysteresis loop change when you make it thicker?
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Hola mate !! ✨✨
here's your answer ....⬇️⬇️
The hysteresis loop tells us about the magnetic property of a material.
it tells us about the left behind magnetisation in a material which was previously magnetised .
the area of loop tells us about the work done in magnetizing and demagnetizing a substance . so the area will be more for bulk material than a thin film .
hope it helps !! ❤️❤️
here's your answer ....⬇️⬇️
The hysteresis loop tells us about the magnetic property of a material.
it tells us about the left behind magnetisation in a material which was previously magnetised .
the area of loop tells us about the work done in magnetizing and demagnetizing a substance . so the area will be more for bulk material than a thin film .
hope it helps !! ❤️❤️
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