Research question about magnetic properties of iron

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SUMMARY

The discussion centers on determining the permeability of iron at a frequency of 10 kHz. The user has struggled to find relevant data, noting that the lowest frequency available in existing literature is 30 kHz. A response suggests using linear interpolation between the 30 kHz and DC values to estimate the 10 kHz permeability. It is also recommended to consult manufacturers' catalogs for graphs of permeability versus frequency.

PREREQUISITES
  • Understanding of magnetic permeability concepts
  • Familiarity with frequency response in materials
  • Basic knowledge of linear interpolation techniques
  • Experience with scientific literature databases such as IEEE and ScienceDirect
NEXT STEPS
  • Research the magnetic properties of iron at various frequencies
  • Learn about linear interpolation methods in scientific data analysis
  • Investigate manufacturers' catalogs for permeability graphs
  • Explore the differences between DC and AC magnetic properties
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Physicists, materials scientists, and engineers involved in magnetic material research and applications.

jparr007
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Hello, I have recently been tasked with finding the permeability of iron at a frequency of 10 kHz. I have never done research before, this is my first time, I been looking all over the internet (IEEE, elsevier, ScienceDirect, etc...) for anything that might give me information on the subject. The lowest frequency I could find was at 30 kHz no less than that. I had never posted on a physics forum before, if I posted too much useless information or talked too much I am sorry. I do not know who to turn to for this research question.
 
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jparr007 said:
Hello, I have recently been tasked with finding the permeability of iron at a frequency of 10 kHz. I have never done research before, this is my first time, I been looking all over the internet (IEEE, elsevier, ScienceDirect, etc...) for anything that might give me information on the subject. The lowest frequency I could find was at 30 kHz no less than that. I had never posted on a physics forum before, if I posted too much useless information or talked too much I am sorry. I do not know who to turn to for this research question.

You're fine.

Look at the values for 30KHz and the DC values. If they're close, try linear interpolation to get to the 10KHz value. If they're not close, keep looking on the internet. Your best source will be someplace that manufactures the material. They will probably have a graph of mu vs frequency in a catalog. The DC values should be available there.

p.s. The 10KHz value is probably very close to the 30KHz value. You can probably use it.
 
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