In this paper we illustrate the ability of electrooptic sensors to perform electric (E)-field
vectorial measurements. Thanks to their frequency response spreading over nine decades …

The measurement of the distorted power-frequency electric field needs to meet some special
requirements such as appropriate insulation, quick response, passive measurement, and …

A LiNbO3‐integrated optical waveguide sensor with segmented shielding electrode are
designed, fabricated and experimentally investigated. The segmented shielding electrode is …

In the last decade, high-intensity pulsed electric fields with nanosecond durations (3-300 ns)
have found breakthrough biomedical applications, eg, in cancer treatment and gene …

Electric field measurements in the magnetic resonance (MR) imaging environment are
important to assess potentially dangerous radio-frequency (RF) heating in the vicinity of …

During magnetic resonance imaging (MRI) examinations, the average specific absorption
rate (SAR) of the whole body is calculated as an index of global energy deposition in …

Several original point charge like electric field sources and a new tri-axial capacitive based
electric field sensor have been designed to be associated together to build a new instrument …

This article introduces a bias controllable integrated optics electric field measurement
system fabricated by LiNbO3 (LN) that can be used for the measurement of 10-kV/m …

In this letter, the temperature measurement ability of an electrooptic probe as well as specific
absorption rate (SAR) assessments via simultaneous in situ temperature and electric field …

We numerically and experimentally investigate the field invasiveness of microwave signals
using an electro-optic technique. The distortion of the standing wave voltage and pulse …