Can a Magnetic Field Create Ions?

AI Thread Summary
The discussion centers on the influence of magnetic fields on liquids, specifically regarding the potential for a magnetic field to ionize a solution. It highlights that while the Lorentz force acts on charged particles moving through a magnetic field, the practical application of this force to ionize a solution is unlikely due to the need for extremely high particle velocities and strong magnetic fields. Additionally, the conversation touches on the consistency of the equations governing the Lorentz force, regardless of the charge's position, and suggests further exploration of magnetohydrodynamics for a deeper understanding of these principles.
HelloCthulhu
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Greetings again forum!

I have a question about the influence of magnetic fields on liquids. Can a magnetic field ionize a solution? If so, please explain how. Thank you!
 
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Magnetohydrodynamic generators operate on a similar principle. A Lorentz force is experienced by a charge moving through a magnetic field in the direction orthogonal to both its velocity and the magnetic field. For an ionic solution, each ion could (in theory) be separated by this effect assuming it were strong enough to overcome the complexing action of the liquid. In practice, it's doubtful that this force would be strong enough to perform enough work to ionize a solution since you'd need a hyper-fast particle velocity and an extremely strong magnetic field.
 
Thanks for your response! I really appreciate your input. I'd like to ask you another question. Is there an equation to measure the force of a magnetic field on current inside of an electrolytic solution? Thank you so much for your assistance. :]
 
Doesn't matter where the moving charge is, equations for the Lorentz force are always the same. I guess you should read about magnetohydrodynamics.
 

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