Hello,
For the last 2 months I've been trying to find a relation between a frequency magnetic field and the amount of tesla a coil has to induce. When I found this forum and I thought if somebody can help me it would be you guys.
I'm a student at the TU in Delft the Netherlands and I'm trying to make a device using geophysics to find saline groundwater and then pump up the water and desaline it.
This device uses electro magnetics to induce eddy currents in the soil which a receiver coil then measures and gives certain data. This magnetic field is a field with a frequency of 150, 500, 1000 and 2500 Hz. The depth I want to reach is minimum of 60 meters (180 feet) and the least inductive ground that we can have has a conductivity of 1 mS. Now to design the coil that needs to take care of this magnetic field we need the amount of tesla we need to calculate the current that flows through the coil.
I would be so happy if somebody knows how to do this!
Thanks!
Erik
For the last 2 months I've been trying to find a relation between a frequency magnetic field and the amount of tesla a coil has to induce. When I found this forum and I thought if somebody can help me it would be you guys.
I'm a student at the TU in Delft the Netherlands and I'm trying to make a device using geophysics to find saline groundwater and then pump up the water and desaline it.
This device uses electro magnetics to induce eddy currents in the soil which a receiver coil then measures and gives certain data. This magnetic field is a field with a frequency of 150, 500, 1000 and 2500 Hz. The depth I want to reach is minimum of 60 meters (180 feet) and the least inductive ground that we can have has a conductivity of 1 mS. Now to design the coil that needs to take care of this magnetic field we need the amount of tesla we need to calculate the current that flows through the coil.
I would be so happy if somebody knows how to do this!
Thanks!
Erik