Magnetize water with external electromagnetic field

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SUMMARY

The discussion centers on the challenges of using an external electromagnetic field to move iron shavings in water. The user has experimented with DC current at 34 volts and various wire gauges but has not achieved movement without an iron rod. Experts confirm that moving iron shavings is possible but typically requires voltages of 100 volts or more and suggests using AC current for better results. Additionally, employing a neodymium magnet is recommended as a more effective alternative to high-voltage electromagnets.

PREREQUISITES
  • Understanding of electromagnetic fields and their properties
  • Knowledge of AC and DC current characteristics
  • Familiarity with voltage requirements for electromagnetism
  • Basic principles of magnetism, particularly regarding neodymium magnets
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  • Research the effects of AC current on electromagnetic fields
  • Investigate the specifications and applications of neodymium magnets
  • Learn about the relationship between voltage and magnetic field strength
  • Explore advanced techniques for creating stronger electromagnets
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Electromagnetic researchers, hobbyists experimenting with magnetism, and anyone interested in the practical applications of electromagnetism in moving ferromagnetic materials.

walela1
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I have created an external electromagnetic field by using DC current connected to magnetic wire that is wrapped around a small test tube. I put water in the test tube. I have increased/decreased the gauge of the wire, increased the volts of the DC current, tried AC current and I still cannot get the test tube of water to move iron shavings. It of course works fine when I put an iron rod in the test tube. Is what I am trying to do impossible? Do I just need to continue to increase the power of the electromagnetic field? If yes, to what? I am currently at 34 volts. Or if I am going about this the wrong way, can you suggest another way for me to try.
 
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It is possible to move iron shavings with an external electromagnetic field. However, it is typically difficult and requires a much higher voltage than what you have tried. You may need to increase the voltage up to 100 volts or more. Additionally, you may need to use an AC current instead of DC. Another approach you could take is to use a neodymium magnet. This type of magnet is much stronger than a simple electromagnet, and can be used to move the iron shavings without the need for a high voltage current.
 

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