Requirements for Magnetic Plasma-ization?

  • Thread starter dbmorpher
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In summary, the conversation discusses the power of a nearby electromagnet and its ability to pull electrons from a metallic bond. It is determined that the magnet's power level of 45 Tesla may not be strong enough to directly pull electrons, but it can influence their energy levels. The approximate force needed for this to occur is also mentioned.
  • #1
dbmorpher
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Hi,
I live near the world's most powerful electromagnet. I was wondering if the magnet would be powerful enough to pull the electrons from a metallic bond? The magnet can reach a power level of 45 Tesla. I would like to know if this is powerful enough to do this and if not what is.
 
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  • #2
Magnetic fields can influence the energy levels, but they do not "pull" electrons unless you move them in some way.
 
  • #3
So if the energy level is high enough the electrons could disperse themselves and leave just the nucleus, right?
 
  • #4
Electrons in metallic bonds are not bound to any atom.

Just to get a rough order of magnitude of any effects: Electrons need ~0.07c to get a force of ~1eV/nm in a field of 45 Tesla (calculation). 1eV/nm is small compared to electric fields in atoms, and 0.07c is quick.
 
  • #5
Thank you very much
 

1. What is magnetic plasma-ization?

Magnetic plasma-ization is the process of creating a plasma state in a material using magnetic fields.

2. Why is magnetic plasma-ization important?

Magnetic plasma-ization has many potential applications, including fusion energy research, space propulsion, and materials processing.

3. What are the requirements for magnetic plasma-ization?

The main requirements for magnetic plasma-ization are a source of plasma, a magnetic field, and a way to confine and control the plasma.

4. How is magnetic plasma-ization achieved?

Magnetic plasma-ization is typically achieved by using strong magnetic fields to heat and compress a gas until it reaches a plasma state.

5. What challenges exist in achieving magnetic plasma-ization?

Some challenges in achieving magnetic plasma-ization include controlling the shape and stability of the plasma, maintaining high temperatures and densities, and finding efficient ways to convert the plasma into usable energy.

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