SCIENTIFIC APPLICATION FIELDS: INSTRUMENTATION AND MEASUREMENT

FUNDAMENTAL PHYSICS

                 

  • Nuclear and particle physics
  • Advanced electronics for radiation detection and radiation effects mitigation
  • Innovative data analysis methodologies
  • Simulation and modeling

SPACE SCIENCES AND TECHNOLOGY

                 

  • Electronics and sensors vulnerability
  • Very low power and mass sensors
  • Miniaturization design techniques
  • Onboard control and data processing units
  • Robust and hardened architectures

FUSION DIAGNOSTICS AND TECHNOLOGY

                 

  • Burning plasma diagnostics
  • Radiation hardened detectors and electronics
  • Experimental techniques for high-T plasmas
  • High-availability electronics for DAQ
    and control

RESEARCH REACTORS AND PARTICLE ACCELERATORS

                 

  • Calibration and tests of mock-up sensors under laboratory conditions (thermal-hydraulic, mechanical, thermal studies)
  • Radiation detection
  • In-pile measurements of physical parameter including temperature, dimensions, gas release
  • Accelerator beam diagnostics and
    characterization
  • Material testing reactors safety experiments
  • Accelerator beam position monitors
  • Beam loss/beam profile measurement
  • Optical diagnostics
  • Collision rate measurement

NUCLEAR POWER REACTORS AND NUCLEAR FUEL CYCLE

                 

  • Nuclear power plants (GEN II, GEN III, GEN III+)
  • GEN IV reactors (SFR, LFR, VHTR, GFR,…)

ENVIRONMENTAL AND MEDICAL SCIENCES

                 

  • Advancements in mass spectrometry
    measurements
  • Application of radioactive tracers
  • Radiography, imagery, tomography
  • Methods in extreme conditions
  • Medical Imaging systems (PET, SPECT, CT, MRI…)

NUCLEAR SAFEGUARDS, HOMELAND SECURITY And CBRN

                 

  • Illicit trafficking
  • First responder prompt nuclear measurements intervention
  • Customs border inspections and access controls of radiological elements in transit
  • Radiological threats detection and identification
  • High efficiency neutron measurements
  • Active and Passive interrogation techniques
  • (X-rays, gammas and neutrons)

DECOMMISSIONING, DISMANTLING AND REMOTE HANDLING

                 

  • Materials and radioactive wastes management
  • Techniques and process improvements, radiological characterization, waste treatment, decontamination
  • Remote handling

SEVERE ACCIDENT MONITORING

                 

  • High temperature and pressure measurements
  • Radiation measurement in harsh media
  • Electronics hardening
  • Wireless and remote robotic measurements
  • Simulation and modeling

CURRENT TRENDS IN DEVELOPMENT OF
RADIATION DETECTORS

                 

  • Current trends in scintillator detectors and materials
  • State-of-the-art radiation detectors for medical imaging
  • Engineering of scintillation materials and radiation technologies
  • Progress in the development of semiconductor radiation detectors

EDUCATION, TRAINING AND OUTREACH

                 

  • Experimental sciences
  • Basics in instrumentation and measurement sciences and technologies
  • Measurement methods and their applications
  • PhD. and summer schools, refresh courses
  • Communicating nuclear to the public