55 research outputs found
Piezoelectric and optical setup to measure an electrical field: Application to the longitudinal near-field generated by a tapered coax
We propose a new setup to measure an electrical field in one direction. This
setup is made of a piezoelectric sintered lead zinconate titanate film and an
optical interferometric probe. We used this setup to investigate how the shape
of the extremity of a coaxial cable influences the longitudinal electrical
near-field generated by it. For this application, we designed our setup to have
a spatial resolution of 100 um in the direction of the electrical field.
Simulations and experiments are presented
High pressure neutron diffraction on fluid carbon tetrafluoride and interpretation by reverse Monte Carlo simulations
Characterizing the 2.4 GHz Spectrum in a Hospital Environment: Modeling and Applicability to Coexistence Testing of Medical Devices
A novel heart/trunk simulator for the study of electromagnetic interference with active implantable devices
Behind Broad Corporate Governance Aggregates: A First Look at Single Provisions of the German Corporate Governance Code
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