As intended composite is novel, so I want to know is it possible to calculate magnetic values by placing it's sample in some solenoid. Where I want to check magnetic field strength by changing current values.
Also, I want to inquire about possible simulation based (if any) or experimental methods.
dear Muhammad Salman Sarfraz ;
The parallel plate method is considered as the most commonly used method for characterizing dielectric materials at low frequencies, typically below 100 MHz. for more details can read the following reference:
Measurement of Electromagnetic Properties of Composite
https://apps.dtic.mil/dtic/tr/fulltext/u2/a264725.pdf
Dear Mahmood H. M. ,
What about a Tesla/ Gauss meter?
As one of the composite material is ferromagnetic. I am considering to treat it like a core to Copper solenoid. Where by using measuring gauge as I mentioned above can be used to measure magnetic field strength before & after composite placement into solenoid. A ratio of magnetic field strength will give me magnetic permeability of that composite.
ok, sir you may find this reference interesting;
https://books.google.com.my/books?id=5w6fTx47MgsC&pg=PA10&lpg=PA10&dq=Tesla/+Gauss+meter+composite+materials&source=bl&ots=gQm0eFvQjO&sig=ACfU3U1QMPpcb9MM19hYuaM0ElVIYzPBuw&hl=en&sa=X&ved=2ahUKEwiswJbH3f3nAhXBmuYKHegWAeoQ6AEwEXoECAoQAQ#v=onepage&q=Tesla%2F%20Gauss%20meter%20composite%20materials&f=false
Dear Mahmood H. M.
Both of the references are quite useful. Based on them, can I state that commercially available Tesla meters might be using parallel plate method to calculate 'B' values?
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