Hi,
The Geoscan Research RM-15, using four electrode area, make data file calculating resistance.
Resistance to resistivity calculation, needed for Double-Dipole and Wenner measurement, is maked by Geoplot-3 software.
The EPE RM make data file depending condition of ADC.
I think, combination of EPE RM and four electrode areas is not successful.
Ten EPE RM is not better than one RM-15!
Conversion of resistance to apparent resistivity:
Wenner Multiply R by 3.1415 for resistivity with d = 0.5
Double-Dipole Multiply R by 9.4245 for resistivity with d = 0.5
Twin (mobile = remote separation) Multiply R by 1.5708 for resistivity with d = 0.5
Twin (remote >> mobile spacing) Multiply R by 3.1415 for resistivity with d = 0.5
For more look:
http://www.cast.uark.edu/nadag/Educa...van/Bevan1.pdf
http://gozips.uakron.edu/~matney/Use...0GeoPlot3s.pdf
Regards
The Geoscan Research RM-15, using four electrode area, make data file calculating resistance.
Resistance to resistivity calculation, needed for Double-Dipole and Wenner measurement, is maked by Geoplot-3 software.
The EPE RM make data file depending condition of ADC.
I think, combination of EPE RM and four electrode areas is not successful.
Ten EPE RM is not better than one RM-15!
Conversion of resistance to apparent resistivity:
Wenner Multiply R by 3.1415 for resistivity with d = 0.5
Double-Dipole Multiply R by 9.4245 for resistivity with d = 0.5
Twin (mobile = remote separation) Multiply R by 1.5708 for resistivity with d = 0.5
Twin (remote >> mobile spacing) Multiply R by 3.1415 for resistivity with d = 0.5
For more look:
http://www.cast.uark.edu/nadag/Educa...van/Bevan1.pdf
http://gozips.uakron.edu/~matney/Use...0GeoPlot3s.pdf
Regards
Comment