Do Broken Superconductors Affect Levitation Distance?

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Broken superconductors do not significantly affect levitation results, although they may appear less visually appealing. The thickness of the superconductor is not a major factor in levitation distance at the scales discussed, as the relevant length scale is determined by the penetration depth, typically in the nanometer range. The users experienced limited levitation of 0.1-0.5 mm above their magnets and inquired about potential improvements. They are currently using Grade 42 magnets with a pull force of up to 50.86 lbs and are considering whether stronger magnets could enhance performance. The discussion suggests that a more effective superconductor may be necessary for better results.
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Hello!

Me and some friends are doing a phyics project at school. The theme is superconductor. The school have a superconductor, but its broken i half (like two half moons). My question is: will this effect the result? And does the thickness matter how far above the surfice it will levitate?

And does anyone have any suggestions were you can buy superconductor (cheap)?

This is what we though about.



Thank =)
 
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weeps said:
My question is: will this effect the result?

No, it won't look as pretty but it won't affect the main results

And does the thickness matter how far above the surfice it will levitate?

No, not at the scales we are talking about here. As far as I remember there are some pre-factors that come into if the SC is very thin or very narro, but the length scale is set by the penetraton depth whihc is of the order of tens of nm, meaning this is not an issue here.
 
Okay, we had some problems with our superconductor, it only levitated max 0.1-0.5 mm above our magnetics. Can we improve it in anyway?
 
weeps said:
Okay, we had some problems with our superconductor, it only levitated max 0.1-0.5 mm above our magnetics. Can we improve it in anyway?

What was the strength of your magnets?
 
Grade 42
Pullforce Class 1 6.56 lbs
Pullforce Class 2 50.86 lbs
 
Hmmm. Would stronger magnets have any effect?
 
We got really strong magnetics. We suspect that we might need a stronger superconductor
 
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