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rtf
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How would it be possible to fluctuate one magnet between two magnets?
Thanks
Thanks
That question is very unclear. Can you rephrase it? What exactly is it you want to do?rtf said:How would it be possible to fluctuate one magnet between two magnets?
rtf said:How would it be possible to fluctuate one magnet between two magnets?
I want to have one set of magnets go up and down really fast between two other sets of magnets.phinds said:That question is very unclear. Can you rephrase it? What exactly is it you want to do?
NoMister T said:Did you give it a try?
And what force are you going to use to make that happen?rtf said:I want to have one set of magnets go up and down really fast between two other sets of magnets.
...why? I mean, it's peculiarly specific. If you want a magnet to go up and down, that's easy enough (at least in principle) with an electromagnet driven by an alternating current. Some engineering may be required depending on how big the magnet is. Why do you demand magnets?rtf said:I want to have one set of magnets go up and down really fast between two other sets of magnets.
I thought it would be interesting.Ibix said:...why? I mean, it's peculiarly specific. If you want a magnet to go up and down, that's easy enough (at least in principle) with an electromagnet driven by an alternating current. Some engineering may be required depending on how big the magnet is. Why do you demand magnets?
Interesting or not, I don't see how it's possible to do with permanent magnets. If you use electromagnets, and probably some control electronics, then sure it's doable.rtf said:I thought it would be interesting.
Fluctuating magnets are materials that have varying magnetic properties due to the presence of interacting magnetic fields. These materials can exhibit changes in their magnetic strength, direction, or orientation over time.
Interacting magnetic fields can cause fluctuations in the magnetic properties of a material by inducing changes in the alignment of the magnetic domains within the material. This can result in variations in the overall magnetic strength or direction of the material.
Fluctuating magnets have a wide range of applications, including in data storage devices, sensors, and medical imaging equipment. They are also used in various industrial and scientific processes, such as magnetic separation and particle acceleration.
Yes, fluctuating magnets can be controlled and manipulated using external magnetic fields. By applying a magnetic field, the fluctuations in the material's magnetic properties can be altered or even completely suppressed.
As with any magnetic material, there are potential risks associated with strong fluctuating magnets, such as interference with electronic devices and potential hazards for individuals with pacemakers or other medical implants. It is important to handle and use these materials safely and according to proper guidelines.