IRIS Instruments
Operating procedure of I and V-Fullwaver - Video
Operating procedure of I and V-Fullwaver:
1) Set the V-Fullwavers randomly on the area of investigation.
2) For a pole-dipole survey, set the remote electrode far away
3) Move the other current electrode inside and outside the area of investigation
4) Compute apparent resistivity and chargeability
5) Perform a true 3D inversion to image chargeability/resistivity anomalies
I-Fullwaver and V-Fullwavers systems :
- Designed for deep mineral exploration
- Distributed systems = 1 standard transmitter with a current,recorder (I-Fullwaver) + a set of small 2 channel receivers (20-30 V-Fullwavers),
- No long cable for the receiving lines,
- No regular grid to deal with (good for rough topography or vegetated areas)
- High data quality thanks to time series processing,
- High target resolution with sets of data obtained with several current directions,
- Cost effective real 3D data survey.
1) Set the V-Fullwavers randomly on the area of investigation.
2) For a pole-dipole survey, set the remote electrode far away
3) Move the other current electrode inside and outside the area of investigation
4) Compute apparent resistivity and chargeability
5) Perform a true 3D inversion to image chargeability/resistivity anomalies
I-Fullwaver and V-Fullwavers systems :
- Designed for deep mineral exploration
- Distributed systems = 1 standard transmitter with a current,recorder (I-Fullwaver) + a set of small 2 channel receivers (20-30 V-Fullwavers),
- No long cable for the receiving lines,
- No regular grid to deal with (good for rough topography or vegetated areas)
- High data quality thanks to time series processing,
- High target resolution with sets of data obtained with several current directions,
- Cost effective real 3D data survey.
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