Generating magnetic field with Plasma

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SUMMARY

To replicate the magnetic flux density of an N42 magnet, which has a pull force of 12kg, one must generate plasma using Helium due to its high ionization energy level. The plasma alone does not produce a coherent magnetic field; instead, a significant current must be driven through the plasma to achieve the desired magnetic field strength. Estimating the required volume of gas/plasma involves understanding the relationship between current and magnetic field generation in plasma physics.

PREREQUISITES
  • Understanding of plasma physics and magnetic fields
  • Knowledge of ionization energy levels, specifically for Helium
  • Familiarity with current flow in conductive materials
  • Basic principles of magnetism and magnetic flux density
NEXT STEPS
  • Research the relationship between current density and magnetic field strength in plasma
  • Study the properties of Helium and its behavior in plasma states
  • Explore methods for generating and controlling plasma for magnetic field applications
  • Investigate existing experiments or models that utilize plasma to generate magnetic fields
USEFUL FOR

Physicists, electrical engineers, and researchers interested in plasma generation and magnetic field applications will benefit from this discussion.

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If I wanted to generate plasma to replicate the magnetic flux density of a i.e. N42 magnet, what would be the required volume of gas/plasma to achieve this? This magnet has a pull force of 12kg at the contact surface.

I have chosen to use Helium, because it has the highest ionization energy level.

For references : http://plasmalab.pbworks.com/f/bfield.pdf

You just need to give me a rough estimation, by using common sense.
 
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The plasma does not generate a coherent magnetic field. It requires a current driven in the plasma to generate the magnetic field. It would require massive currents to produce fields you mention.
 

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