Induction of Electric Field in Human Bodies Moving Near MRI: An Efficient BEM Computational Procedure. - Mario Chiampi; Luca L. Zilberti (IEEE Trans. Biomed. Eng., 2011)

Reply to "Comments on Induction of an Electric Field in Human Bodies Moving Near MRI: An Efficient BEM Computational Procedure". - Mario Chiampi; Luca L. Zilberti (IEEE Trans. Biomed. Eng., 2013)

Uncertainty Estimate Associated With the Electric Field Induced Inside Human Bodies by Unknown LF Sources. - Oriano Bottauscio; Mario Chiampi; Gabriella Crotti; Domenico Giordano; Wencui Wang; Luca L. Zilberti (IEEE Trans. Instrum. Meas., 2013)

Numerical Safety Study of Currents Induced in the Patient During Rotations in the Static Field Produced by a Hybrid MRI-LINAC System. - Adnan Trakic; Limei Liu; Hector Sanchez Lopez; Luca L. Zilberti; Feng Liu 005; Stuart Crozier (IEEE Trans. Biomed. Eng., 2014)

Experimental Setup to Compare Measurements and Numerical Simulations in Magnetic Resonance Imaging RF Dosimetry. - Umberto Zanovello; Michele Borsero; Domenico Giordano; Luca L. Zilberti; Francesca Maggiorelli; Gianluigi Tiberi (IEEE Trans. Instrum. Meas., 2017)

CSI-EPT in Presence of RF-Shield for MR-Coils. - Alessandro Arduino; Luca L. Zilberti; Mario Chiampi; Oriano Bottauscio (IEEE Trans. Medical Imaging, 2017)

A fast tool for the parametric analysis of human body exposed to LF electromagnetic fields in biomedical applications. - Riccardo Torchio; Alessandro Arduino; Luca L. Zilberti; Oriano Bottauscio (Comput. Methods Programs Biomed., 2022)

CoSimPy: An open-source python library for MRI radiofrequency Coil EM/Circuit Cosimulation. - Umberto Zanovello; Frank Seifert; Oriano Bottauscio; Lukas Winter; Luca L. Zilberti; Bernd Ittermann (Comput. Methods Programs Biomed., 2022)

Simplified modeling of implanted medical devices with metallic filamentary closed loops exposed to low or medium frequency magnetic fields. - Oriano Bottauscio; Alessandro Arduino; Mario Chiampi; Luca L. Zilberti (Comput. Methods Programs Biomed., 2023)

Magnetic Resonance-Based Electric Properties Tomography via Green's Integral Identity. - Luca L. Zilberti; Alessandro Arduino; Umberto Zanovello; Jessica A. Martinez; Kevin Moulin; Adriano Troia; Oriano Bottauscio (IEEE Access, 2025)

3D-1D modelling of cranial mesh heating induced by low or medium frequency magnetic fields. - Alessandro Arduino; Oriano Bottauscio; Denise Grappein; Stefano Scialò; Fabio Vicini; Umberto Zanovello; Luca L. Zilberti (Comput. Methods Programs Biomed., 2025)

Linking dielectric dispersion and age in brain tissues via water content-based Electric Properties Tomography. - Sébastien Marmin; Alessandro Arduino; Matteo Cencini; Marta Lancione; Laura Biagi; Michela Tosetti; Luca Zilberti (NeuroImage, 2025)

3D-1D modelling of cranial plate heating induced by low or medium frequency magnetic fields. - Alessandro Arduino; Oriano Bottauscio; Denise Grappein; Stefano Scialò; Fabio Vicini; Umberto Zanovello; Luca L. Zilberti (CoRR, 2025)

Very-low-field MRI scanners: from the ideal to the real permanent magnet array. - Umberto Zanovello; Alessandro Arduino; Vittorio Basso; Luca L. Zilberti; Alessandro Sola; Andrea Agosto; Luca Toso; Oriano Bottauscio (CoRR, 2025)

Dynamics of conductive nonmagnetic objects in presence of the Lenz effect. - Alessandro Arduino; Oriano Bottauscio; Michael Steckner; Umberto Zanovello; Luca L. Zilberti (CoRR, 2025)