Quote:
Originally Posted by Esteban
Originally Posted by J_Player
When reading the text, it became very apparent that this equipment has no bearing on using an antique IB metal detector to find buried treasure, or using a passive ferrite coil with an attached RF detector circuit to locate buried treasure. The articles describe a method to measure the nuclear magnetic resonance of samples placed in a testing machine, not methods to locate hidden samples at long range with receiver coils. And the principle of operation is not related either, as it requires extremely high precision machining as well as adjusting physical dimensions to optical tolerances (1-2 wavelengths) in order to produce a extremely homogeneous magnetic field (better than part 1 in 10,000). Then it requires inserting a sample into this high-precision 2cc field to exhibit precession data when the field is removed.
Do you think any of this is related to the PD?
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Is a simple comparisson. Also the article by Andy Flind doesn't describe a method for to find treasures, is a MFD (Magnetic Field Detector), and here acts as receiver device. With some mods is useful for to locate metal buried for long time.
The ferrite part of the PD acts similar to the MFD.
I think is possible to modificate the Magnetic Resonance Spectrometer (MRS) as a LRL device. The theme is to found a sensor or antenna wich umbalance a delicate adjustment. The "phenomenon" causes for metal buried for long time can umbalance the equilibrium.
Regards
Esteban
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Do you understand that the NMR stuff is made specifically to create a uniform magneti field in a small volume or not ?
These things ARE MADE to ignore little variations around... including rf noise... now you wrote here that you can use it for LRL... nice...
post the schematics and plans of device... people will mount and tell you if it works or not as LRL!
Kind regards,
Max