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Minerals 2022, 12, 1236 13 of 21 Minerals 2022, 12, x FOR PEER REVIEW 13 of 21 In the same way as CSEM, the MT data must be processed before any interpretation. In the same way as CSEM, the MT data must be processed before any interpretation. To process MT data, the KMSProMT software should be used for filtering, stacking, and To process MT data, the KMSProMT software should be used for filtering, stacking, and estimating the impedance tensor, and the KMSProTF program to deal with transfer function estimating the impedance tensor, and the KMSProTF program to deal with transfer func- results. As already stated, most of the MT data were measured with a sampling rate of tion results. As already stated, most of the MT data were measured with a sampling rate 40 Hz; however, some of the data were recorded with a 1 kHz sampling rate. Therefore, of 40 Hz; however, some of the data were recorded with a 1 kHz sampling rate. Therefore, before applying any filters, MT data were separated from CSEM. During filtering, low before applying any filters, MT data were separated from CSEM. During filtering, low frequency (LF) filter parameters (short FFT window of 64 samples) were chosen to deal frequency (LF) filter parameters (short FFT window of 64 samples) were chosen to deal with the 40 Hz sampling rate data, and high frequency (HF) parameters (FFT window with the 40 Hz sampling rate data, and high frequency (HF) parameters (FFT window of of 65,000 samples) to filter 1 kHz sampling rate data. For this study, and from the MT 65,000 samples) to filter 1 kHz sampling rate data. For this study, and from the MT transfer transfer functions (phase tensor and tipper vector), only the phase tensor was calculated. functions (phase tensor and tipper vector), only the phase tensor was calculated. The out- The output of the MT data processing was calculated with robust statistics and exported in put of the MT data processing was calculated with robust statistics and exported in EDI EDI (Electrical Data Interchange) format containing the apparent resistivity (ρ ), phase (φ), a (Electrical Data Interchange) format containing the apparent resistivity (ρa), phase (φ), and and impedance tensor (Z). Figures 10 and 11 show an example of raw and processed MT impedance tensor (Z). Figures 10 and 11 show an example of raw and processed MT data, data, respectively. respectively. Figure 10. MT raw data time-series: displayed are five channels (Hx, Hy, Hz, Ex, and Ey) from site Figure 10. MT raw data time-series: displayed are five channels (Hx, Hy, Hz, Ex, and Ey) from site ST-04 with a 40 Hz sampling rate. ST-04 with a 40 Hz sampling rate.PDF Image | First High-Power CSEM
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