Effect of pressure on a magnetic field

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SUMMARY

The discussion centers on the observed reduction in the intensity of the magnetic flux field of a permanent magnet in a high-pressure environment. Richard reported this phenomenon during tests in a pressure vessel, questioning the logical basis for pressure affecting magnetic fields. Respondent Zz emphasized the necessity for detailed information regarding the pressure increase method, magnetic field measurement techniques, and the magnetic isolation of the vessel to provide an accurate analysis of the situation.

PREREQUISITES
  • Understanding of magnetic field principles and behavior.
  • Knowledge of pressure vessel operations and measurements.
  • Familiarity with magnetic flux measurement techniques.
  • Basic physics concepts related to material properties under varying conditions.
NEXT STEPS
  • Research the effects of pressure on magnetic materials, focusing on permanent magnets.
  • Explore methods for measuring magnetic flux in high-pressure environments.
  • Investigate the role of temperature in magnetic field intensity and material properties.
  • Learn about magnetic isolation techniques in experimental setups.
USEFUL FOR

Physicists, engineers working with magnetic systems, and researchers involved in high-pressure applications will benefit from this discussion.

Richard King
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I don't know where else to turn, so I thought I'd pose a question in this forum.

I have an application where a permanent magnet is used in a high-pressure environment. In our first test in a pressure vessel, we observed a reduction in the intensity of the flux field as we increased vessel pressure. I'm not a physicist, but that doesn't seem logical to me. I can see temperature having an effect on the magnetic material itself, and in the flux field as a result, but I can't see how pressure would have any effect.

Does anyone have any information on this subject?

Thanks in advance,

Richard
 
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Richard King said:
I don't know where else to turn, so I thought I'd pose a question in this forum.

I have an application where a permanent magnet is used in a high-pressure environment. In our first test in a pressure vessel, we observed a reduction in the intensity of the flux field as we increased vessel pressure. I'm not a physicist, but that doesn't seem logical to me. I can see temperature having an effect on the magnetic material itself, and in the flux field as a result, but I can't see how pressure would have any effect.

Does anyone have any information on this subject?

Thanks in advance,

Richard

Questions like this are almost impossible to answer. You need to be very explicit in the description of your system. For example, how exactly did you increase the pressure in the vessel? How exactly did you measure the magnetic field flux? What is the configuration of the source of the magnetic field, is the vessel itself isolated magnetically from the outside? I've seen people measuring larger magnetic field in a vacuum chamber simply because that's when they turned on their vacuum pump, and thus, got a higher magnetic field value!

Unless there is a clear description of what is going on, I certain cannot answer this question.

Zz.
 

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