cant really see the rotating flow between the magnets >.<
when is it clearly visible?
drewschkelton 1 year ago
You can see the fixed field using a magnet and an old working CRT.
spiritelemental 2 years ago
Point a pole face parallel to the CRT glass and rotate it on magnetic axis.
Same concept here, but you need to spin the magnet on its axis. The standing wave pattern should remain locked in place and stationary.
Sure you can use an electron beam in a CRT to produce a similar pattern, but try doing it with only a few LED's. This instrument is very passive with no moving parts or even a transistor.
SirZerp 2 years ago
Comment removed
Are you spinning the source magnets?
AdminOnDuty 2 years ago
Yes, they are mounted on wooden dowels with motors a few feet away.
I hope you dont mind me quoting you a bit here. :-)
Interesting stuff.
QIQrrr 2 years ago
cant really see the rotating flow between the magnets >.<
when is it clearly visible?
drewschkelton 1 year ago
You can see the fixed field using a magnet and an old working CRT.
spiritelemental 2 years ago
Point a pole face parallel to the CRT glass and rotate it on magnetic axis.
spiritelemental 2 years ago
Same concept here, but you need to spin the magnet on its axis. The standing wave pattern should remain locked in place and stationary.
spiritelemental 2 years ago
Sure you can use an electron beam in a CRT to produce a similar pattern, but try doing it with only a few LED's. This instrument is very passive with no moving parts or even a transistor.
SirZerp 2 years ago
Comment removed
spiritelemental 2 years ago
Are you spinning the source magnets?
AdminOnDuty 2 years ago
Yes, they are mounted on wooden dowels with motors a few feet away.
SirZerp 2 years ago
I hope you dont mind me quoting you a bit here. :-)
spiritelemental 2 years ago
Interesting stuff.
QIQrrr 2 years ago