AGOSTINO MONORCHIO

Professore

University of Pisa

Italy

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AGOSTINO MONORCHIO is a Professore at the Università di Pisa in Italy. His research focuses on advanced electromagnetic sensing technologies, metamaterials, and antenna design, as reflected in his recent articles. Notable topics include health monitoring of biological tissues, space surveillance, and wireless power transfer applications. He is actively involved in designing innovative materials and systems for a variety of scientific and engineering applications.

AGOSTINO MONORCHIO

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Articles (20)

Analysis and Design Considerations of Nonhomogeneous Metamaterial for Low-Frequency Magnetic Field Shielding

A Flexible Frequency-Coded Electromagnetic Sensing Array for Contactless Biological Tissues Health Monitoring

A Dual-Circularly Polarized Antenna Array for Space Surveillance: From Design to Experimental Validation

Dual-Tuned Magnetic Metasurface for Field Enhancement in 1H and 23Na 1.5 T MRI

An Ultrathin Wideband Angularly Stable Frequency Selective Surface Bandpass Filter for S-C Band Coverage

Application of Near-Far Field Conversion to Measurement of Scattering on Bessel Vortex Electromagnetic Wave

A 3D-Printed, Metallic-Free, Water-Based Metamaterial for Tunable S-Band Applications

An Electronically Reconfigurable Magnetic Metasurface for Enhanced Low-Frequency Wireless Power Transfer Applications

Design of Radar Absorbing Materials Based on Connected Frequency Selective Surfaces

Inductive Frequency-Coded Sensor for Non-Destructive Structural Strain Monitoring of Composite Materials

Body Feature Intercomparison of Specific Absorption Rate Induced by High-Power, Portable, and Broadband Electromagnetic Sources [Bioelectromagnetics]

Electromagnetic interferences susceptibility analysis for a metasurface‐modified wireless power transfer system

A Performance-Enhanced Antenna for Microwave Biomedical Applications by Using Metasurfaces

Low Frequency Magnetic Metasurface for Wireless Power Transfer Applications: Reducing Losses Effect and Optimizing Loading Condition

Millimetric Inclusion Detection Through a Contactless Microwave Spiral Sensor for Biomedical Applications

On the Feasibility of a High-Sensitivity Imaging System for Biomedical Applications Based on Low-Frequency Magnetic Field

A Highly Selective Rasorber With Ultraminiaturized Unit Based on Interdigitated 2.5-D Parallel Resonator

Shaping and Focusing Magnetic Field in the Human Body: State-of-the Art and Promising Technologies

Miniaturized Wide-Angle Rasorber With a Wide Interabsorption High Transparent Bandpass Based on Multiple 2.5-D Resonators

An Analytical Approach for the Arbitrary Control of Magnetic Metasurfaces Frequency Response

Collaborators (2)

SAMI BARMADA

Nunzia Fontana

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