How Can I Begin Researching Electromagnetic Levitation?

AI Thread Summary
To begin researching electromagnetic levitation, it's important to clarify the project's scope, such as whether it's for a school project or a more advanced engineering endeavor. Resources like Wikipedia provide foundational knowledge on magnetic levitation. A practical demonstration involves using alternating rings of steel and copper within coils to create movement, which can be explored through projects like a Gauss gun. The discussion emphasizes the potential for unlimited budget and time, allowing for more complex experiments. Engaging with existing projects and literature will enhance understanding and application in this field.
shireojan
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hi,
i want to start some "researches" about electromagnetic levitation,and well i came here to ask if anyone could help me...anything...books,links...
thnk u
 
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You might have to give us a few more clues, 11year old's school science project, final year engineering project, PhD, industrial company? Your level of knowldege, your budget, timescale?
But start here - http://en.wikipedia.org/wiki/Magnetic_levitation
 
yea ur right sorry,well its more of a final year engineering project,except its my first year at uni and i study physic...bout the timescal...unlimited...budget...unlimited too

thnx
 
Our engineering dept always had a cool demo of a bar made of (I think) alternate rings of steel and copper hanging inside some coils, then made to shoot forward through a block of wood. You just need to vary the field strenght/direction in the coils in the right order. You can do something similair to float a metal plate on coils and move it backward and forward.

I think it's called a Gauss gun - I might have a go at building this unpowered version http://scitoys.com/scitoys/scitoys/magnets/gauss.html
 
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shireojan said:
hi,
i want to start some "researches" about electromagnetic levitation,and well i came here to ask if anyone could help me...anything...books,links...
thnk u

See this thread
 
I was using the Smith chart to determine the input impedance of a transmission line that has a reflection from the load. One can do this if one knows the characteristic impedance Zo, the degree of mismatch of the load ZL and the length of the transmission line in wavelengths. However, my question is: Consider the input impedance of a wave which appears back at the source after reflection from the load and has traveled for some fraction of a wavelength. The impedance of this wave as it...
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