NMR in Biomedicine, NMR in Biomedicine. 2018;31:e3849, 2017.
I. Saniour, G. Gaborit, A.‐L. Perrier, L. Gillette, G. Revillod, R. Sablong, L. Duvillaret, O. Beuf

Scientific Reports 6, 27889, 2016
Fabrizio Consoli , Riccardo De Angelis, Lionel Duvillaret, Pierluigi Andreoli, Mattia Cipriani, Giuseppe Cristofari, Giorgio Di Giorgio, Francesco Ingenito

In this paper we demonstrate the effectiveness of an active optical detuning circuit for magnetic resonance imaging endoluminal receiver coil. Three endoluminal coils prototypes were built.

We here present our latest developments concerning an optical pigtailed electric field sensor dedicated to the monitoring and the analysis of medium and high voltage devices.

We describe the first electro-optical absolute measurements of electromagnetic pulses (EMPs) generated by laser-plasma interaction in nanosecond regime.

In magnetic resonance imaging (MRI), the real time measurement of RF electrical field E associated with the RF magnetic field B1 is important to quantify the energy absorbed by the tissues and to assess possible safety hazards due to local heating phenomenon.

Based on optical rectification in a ZnTe crystal, a terahertz vectorial antenna is here theoretically and experimentally demonstrated. The use of the particular orientation leads to a polarization state angle tunable THz source.

Despite technical MRI improvements, spatial resolution and achievable image quality with external coil are still limited for the examination of deep regions. It has been demonstrated that an endoluminal (internal) coil provides an important increase in local signal to noise ratio (SNR), and enables very high resolution images.

In this paper we illustrate the ability of electro-optic sensors to perform electric (E)-field vectorial measurements. Thanks to their frequency response spreading over nine decades and to their measurement dynamics reaching 120 dB, these sensors are of high interest for some applications.

High-Power Electromagnetic (HPEM) measurements in free space, in near field or inside equipments require a wide frequency bandwidth without perturbation induced by the measurement transducer.