Remote monitoring of in-situ corrosion of biodegradable magnesium alloy to prevent peri-implant gas accumulation (PIGA) and its premature failure
Description
1) Mean raw sensor output voltage (in V) measured at distance 4 cm from a current‑carrying wire. The current amplitude was varied between 1-3 mA, averaging time 3 s. The file contains two columns: time (seconds), sensor voltage (V). File name: wire_V_4cm_1mA_3s.txt wire_V_4cm_2mA_3s.txt wire_V _4cm_3mA_3s.txt 2) Mean magnetic field signal (in nT) measured at a distance of 4 cm from a current‑carrying wire. The current amplitude was varied between 1-3 mA, averaging time 3 s. The file contains two columns: time (seconds), magnetic field (nT). File name: wire_ nT _4cm_1mA_3s.txt wire_ nT _4cm_2mA_3s.txt wire_ nT _4cm_3mA_3s.txt 3) Mean magnetic field signal (in nT) measured at a distance of 1 cm from a Mg sample with pitting corrosion. Averaging time 3 s and 30 s. The file contains two columns: time (seconds), magnetic field (nT). File name: mg_pitting_3s.txt mg_pitting_30s.txt 4) Mean magnetic field signal (in nT) measured at a distance of 1 cm from a Mg sample with uniform corrosion. Averaging time 3 s and 30 s. The file contains two columns: time (seconds), magnetic field (nT). File name: mg_uniform_3s.txt mg_uniform_30s.txt