Ionized Air Flowing Through A Magnetic Field

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SUMMARY

The discussion centers on the interaction of ionized air produced by the Ion Air Jet with a magnetic field, specifically whether this interaction causes acceleration. Participants confirm that the ionized air will indeed accelerate due to the Lorentz force, described by the equation F = q(v x B). This principle is analogous to the operation of rail-guns and is utilized in particle accelerators like cyclotrons and in mass spectrometry applications.

PREREQUISITES
  • Understanding of the Lorentz force and its application in electromagnetism
  • Familiarity with the Ion Air Jet technology
  • Basic knowledge of particle accelerators, specifically cyclotrons
  • Concepts of mass spectrometry and its operational principles
NEXT STEPS
  • Research the principles of the Lorentz force in electromagnetic fields
  • Explore the design and functionality of cyclotrons in particle physics
  • Investigate the applications of ionized air in mass spectrometry
  • Learn about the engineering behind rail-gun technology and its hybrid applications
USEFUL FOR

Physicists, engineers, and researchers interested in electromagnetism, particle acceleration, and applications of ionized air in scientific instrumentation.

aseylys
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So I'm going to try to explain this as best as I can.

If you have ionized air created by the Ion Air Jet (link below) and it flows through a magnetic field, will the air accelerate?

I'm trying to think if this would have rail-gun/air-gun hybrid attributes. Like as the walls of a device create an oppositely charged field to that of the ionized air, the air should accelerate out creating a faster stream of air than that when it went in. Like in a rail-gun, the magnetic field pushes the metal object out though the path with the least resistance.

Can anyone lend some thoughts?
 
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If you have ionized air created by the Ion Air Jet (link below) and it flows through a magnetic field, will the air accelerate?
Yes - it will change direction due to unbalanced force vxB.
I'm trying to think if this would have rail-gun/air-gun hybrid attributes. [...] accelerate out creating a faster stream of air than that when it went in.
... yep - the effect is used in some particle accelerators - look up "cyclotron".
 

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