Enrico Reticcioli

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About

Enrico Reticcioli is a researcher focused on the development of advanced instrumentation for electromagnetic field measurement and characterization. His primary research areas include automated magnetic field scanning systems, sensor calibration, and time-domain acquisition techniques. Reticcioli’s most notable contribution is his 2019 paper, “An Automated Scanning System for the Acquisition of Nonuniform Time-Varying Magnetic Fields,” which has garnered 5 citations. In this work, he introduced an innovative robotic-arm-based system that integrates a tri-axial magnetic sensor with a time-domain acquisition setup, enabling precise measurement of nonuniform magnetic fields. A key achievement was the calibration of this sensor using Helmholtz coils, establishing a canonical configuration that ensures accuracy and repeatability. This system addresses a critical gap in magnetic field metrology, offering a practical solution for environments where field uniformity cannot be assumed. Reticcioli’s work has implications for electromagnetic compatibility testing, industrial sensing, and biomedical applications. By automating the scanning process, his research enhances the reliability and efficiency of field measurements, making it a valuable resource for engineers and scientists working with complex magnetic environments.