If you're talking about the scattering object in relation to the incident wave, then it's basically divided in Rayleigh and Mie (and Optical) Scattering, based on the wavelength in relation to the object (e.g. Mie Scattering the diameter of the object is approximately the size of the wavelength). I think that there are a lot more factors that go into engineering the metal detector and there could be dozens of iterations I think -e.g. some type of magnetic induction tomographical planar array. To go really deep you would just need to up the dBs of the TX coil(s).
Awesome.. thanks for the explanation.. I was wondering what 6kz - 15kz meant.. God i wish good detectors were cheaper tho.. the more expensive ones i mean : )
If you're talking about the scattering object in relation to the incident wave, then it's basically divided in Rayleigh and Mie (and Optical) Scattering, based on the wavelength in relation to the object (e.g. Mie Scattering the diameter of the object is approximately the size of the wavelength). I think that there are a lot more factors that go into engineering the metal detector and there could be dozens of iterations I think -e.g. some type of magnetic induction tomographical planar array. To go really deep you would just need to up the dBs of the TX coil(s).
great video ….so if I got a multi frequency machine would it be better ,as to find more things then ?? many thanks
I want to now how I create 0hz - 20000 khz frequency in metal detector can you share idea
Awesome.. thanks for the explanation.. I was wondering what 6kz - 15kz meant.. God i wish good detectors were cheaper tho.. the more expensive ones i mean : )
thanx bro (learned alot)
sad to see ur done with survival videos, but hope these videos get you a lot of views and subs, good luck
in a nutshell yes lower khz bigger targets higher khz smaller jewellery gold
Sorry, sound quality is too low.
UH!