Qiaozi, It's nice to know you can read, but your moderating skills are lacking. It's hard to determine if the subject of this thread is about the physics of operating a Long Range Locator, Mental Dowsing, About Dell, or an opinion platform for Qiaozi's to demonstrate his disdain for LRL users.
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QUOTE FROM DAVE J; You just explained why a balanced L-rod doesn't work-- insufficient field strength. You need that gravitational field to be able to point the sucker, and if you cancel the influence of that field on the rod by counterbalancing it, ya ain't got squat unless you magnetize the rod, in which case you have a magnetic compass that actually does respond to a field.
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No, I didn't. I'm sorry I was not more specific when speaking to a little dog gagging on a chewed curtain. I was referring to the Strength of "Magnetic Fields", Not the Gravitational field. Maybe later, I will try to explain why Magnetic conditions will prevent an LRL from working.
There may be some merit to using Magnetized L-Rods. In theory, the L-rods reverse polarity while held in Human hands. If true, in practice this is why even Copper Rods are repelled by anomalous Magnetic fields.
I have briefly tested Magnetized Stainless Steel Rods, but have not done any experimenting. Dell