- #1
saddevilblues
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Hi all,
1. What are the impacts of EM field on Aluminium Ferrite nanoparticles (carry both dielectric & magnetic features), compare to EM field applied on Aluminium oxide (pure dielectric)?
2. If solenoid is used to generate magnetic field; what is it use to generate EM waves?
3. Does the same 'function generator' could be used for both EM & magnetic field, to record their impacts on a material?
4. Does an antenna necessary to embed near the material to generate the amplified waves?
5. How to calculate the distance between the EM/Magnetic field generator to the material to produce a low frequency waves, say 10^2 - 10^7 Hz?
6. What is a way to measure the frequency reflected back from the material?
I have no information regarding this.
Its not a problem, but general questions to clear the concept
Your responses would be greatly appreciated.
Thank you.
Homework Statement
1. What are the impacts of EM field on Aluminium Ferrite nanoparticles (carry both dielectric & magnetic features), compare to EM field applied on Aluminium oxide (pure dielectric)?
2. If solenoid is used to generate magnetic field; what is it use to generate EM waves?
3. Does the same 'function generator' could be used for both EM & magnetic field, to record their impacts on a material?
4. Does an antenna necessary to embed near the material to generate the amplified waves?
5. How to calculate the distance between the EM/Magnetic field generator to the material to produce a low frequency waves, say 10^2 - 10^7 Hz?
6. What is a way to measure the frequency reflected back from the material?
Homework Equations
I have no information regarding this.
The Attempt at a Solution
Its not a problem, but general questions to clear the concept
Your responses would be greatly appreciated.
Thank you.