Application of electromagnetic fields to food freezing techniques. CAS freezing system.
b) Electromagnetic compatibility measurements and tests (radiated emissions/immunity and conducted emissions) according to the test conditions of the UNE-EN 61000 and CISPR16 standards, in low-consumption single-phase systems.
c) Coverage measurements and analysis of signals in wireless communications.
channels or high resolution antennas; THz imaging.
characterization of transmission
compatibility.
Cybersecurity of systems and network virtualizationon board ships or complex environments, digital twins, artificial intelligence, 5G networks, etc.
d) Electromagnetic signature measurement for ships, land, and air vehicles; both radar signature (RCS, ISAR, SAR, tomography, etc.) and infrared signature (IR).
Design and characterization of 3D
Design and manufacture of radar and infrared signature measurement systems, and diagnostic and training systems for electronic warfare equipment.
Design of automotive radar systems.
electrical parameters: refractive
Electromagnetic consulting: analysis
Electromagnetic measurements:
Electromagnetic simulation of advanced metamaterials and frequency selective surfaces (FSS), applied to low observable radar.
high-resolution radar systems to
index, absorption coefficient),
Miniaturization of HF antennas on military ships.
obtain on-the-move imaging.
Pre-certification of systems to verify compliance with Electromagnetic Compatibility (EMC/EMI) regulations.
Quantum cryptography systems security analysis.
Quantum technologies consultancy.
Simulation of complex plasmonic systems (nanoparticle colloids, nano-antennas, etc.). Surface enhanced simulations, Raman Spectroscopy (SERS) and other applications of nanoplasmonics in biomedicine and biosiensing.
Simulation of the electromagnetic behavior of platforms with many radiating systems (warships, aircraft, ground vehicles, etc.). This process may include: design and optimization of the location of antennas; simulation, reduction and control of the radar section (SER/RCS); or the complete modeling of E3 problems (Electromagnetic Environmental Effects). E3 encompasses fundamental disciplines such as electromagnetic compatibility (EMC), electromagnetic interference (EMI), or dangerous radiations (EMR/RADHAZ) both for personnel (HERP) as well as for weapons (HERO) and fuels (HERF).
systems, electromagnetic
THz spectroscopy: estimation of
Training through the organization of various courses, seminars and conferences related to electromagnetic radiation (interaction with living beings, materials or complex structures; electromagnetic compatibility).