21-25 June 2021
Clarion Congress Hotel Prague
Europe/Prague timezone
Proceedings of the ANIMMA 2021 conference are now available online in open access: https://www.epj-conferences.org/animma-2021

Application Fields

 

INSTRUMENTATION and MEASUREMENT for:

 

  • FUNDAMENTAL PHYSICS
    • nuclear and particle physics
    • advanced electronics for radiation detection and radiation effects mitigation
    • innovative data analysis methodologies

  • 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-temperature plasmas
    • high-availability electronics for DAQ and control
      
  • RESEARCH REACTORS AND PARTICLE ACCELERATORS
    • material testing reactors
    • zero power reactors
    • safety experiments
    • in-pile measurements of physical parameters including temperature, dimensions, gas release
    • in-core and ex-core radiation detection and measurement
    • calibration and tests of mock-up sensors under laboratory conditions (thermal-hydraulic, mechanical, thermal studies)
    • accelerator beam position monitors
    • accelerator beam diagnostics and characterization
    • accelerator beam loss/beam profile measurement
    • optical diagnostics
    • accelerator beam monitoring (intensity, energy, spatial and temporal distribution)
    • collision rate measurement
       
  • NUCLEAR POWER REACTORS MONITORING AND CONTROL
    • nuclear power plants (GEN2, GEN3, GEN3+)
    • GEN IV reactors (SFR, LFR, VHTR, GFR, …)
    • SMR
  • SEVERE ACCIDENT MONITORING
    • high temperature and pressure measurements
    • radiation measurement in harsh media
    • electronics hardening
    • wireless and remote robotic measurements
    
  • NUCLEAR FUEL CYCLE, SAFEGUARDS AND HOMELAND SECURITY
    • radioactive wastes management
    • nuclear material and spent fuel
    • nuclear fuel cycle facilities
    • dismantling operations
    • safeguards
    • reprocessing plants
    • illicit trafficking
    • nuclear material control and characterization
    • high efficiency neutron measurements
    • nuclear fuel control and management
  • DECOMMISSIONING, DISMANTLING AND REMOTE HANDLING
    • materials and radioactive wastes management
    • techniques and process improvements, radiological characterization, waste treatment, decontamination
    • remote handling
       
  • ENVIRONMENTAL AND MEDICAL SCIENCES
    • advancements in mass spectrometry measurements
    • application of radioactive tracers
    • radiography, imagery, tomography
    • methods in extreme conditions
  • 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
    • nuclear communication with general public
            
  • CURRENT TRENDS IN DEVELOPMENT OF RADIATION DETECTORS
    • properties of a wide range of semiconductors and scintillators
    • spectroscopic and timing properties of the detectors
    • design and construction of efficient detection systems
    • efficient position and energy sensitive detection of ionizing radiation
    • radiation hardness studies of the detectors and detector systems