Materials Environmental Reactor System Model Ultrasonic Surface Science Characterization Analysis Applications Inspection Technology In-Reactor Computational Science Testing Electromagnetic Big Data and Analytics Inspection Neutron Technology Cyber Security Scattering Non-Destructive Criticality Analysis Fracture Examination Mechanics Code Verification, Technologies Validation and Quality Delayed Hydride Vibration and Assurance Cracking Wear Safeguards and Materials and Online Material Components and Component Examination Nuclear Monitoring Instrumentation Fuel Development Irradiation Examination Experimental Reactor Physics Stress Corrosion and Fatigue Nuclear Data Cracking Generation and Evaluation Human Performance Figure 1 CNL’s six broad S&T Capabilities Facilities supporting these capabilities include: Advanced Hydrogen & Radiobiology, Nuclear Safety, Nuclear & Nuclear Fuels & Hydrogen Nuclear Chemistry Radioecology & Security & Risk Systems Materials Isotopes Applications Dosimetry Management Engineering Research Management Biofouling and Biological Hydrogen Containment Digital Analytical Biocorrosion Research Facility and Chemistry Laboratory Radiography Chemistry Facilities Hydrogen and Computer Laboratories Co-60 Gamma Core Disassembly Safety Tomography Delayed Hydride Facility Chemical and Laboratories Facility Cracking Facility Facility Corrosion Deformation Tritium Drop Test Autoclave and Loop Fission Products Health Physics Technology Calandria Facility Facility Test Facility Behaviour Neutron Tube Burst Test and Laboratory Generator Creep Rupture Testing Fluid Sealing High Temperature Laboratory Technology and Pressure Test Fuel Metrology Loop Facilities Development Scale Facility Laboratories Containment Facility Surface Science High Bay and Laboratories High Large-Scale Vented Laboratories Temperature Combustion Test Transmission Fuel Channel Facility Impact Electron Laboratory Facility Microscopy Laboratory
Materials Characterization In-Reactor Testing Neutron Scattering Fracture Mechanics Delayed Hydride Cracking Materials and Components Examination Fuel Examination Stress Corrosion and Fatigue Cracking Environmental Analysis Reactor System Model Applications Computational Science Big Data and Analytics Cyber Security Criticality Analysis Code Verification, Validation and Quality Assurance Safeguards and Nuclear Instrumentation Development Experimental Reactor Physics Nuclear Data Generation and Evaluation Human Performance Ultrasonic Inspection Technology Electromagnetic Inspection Technology Non-Destructive Examination Technologies Vibration and Wear Online Material and Component Monitoring Surface Science Figure 1 CNL’s six broad S&T Capabilities Facilities supporting these capabilities include: Advanced Nuclear Fuels & Materials Research Radiobiology, Radioecology & Dosimetry Hydrogen & Hydrogen Isotopes Management Nuclear Safety, Security & Risk Management Nuclear & Systems Engineering Nuclear Chemistry Applications Biofouling and Biocorrosion Facilities Delayed Hydride Cracking Facility Fission Products Behaviour Laboratory Fuel Development Laboratories High Temperature Fuel Channel Laboratory Biological Research Facility Co-60 Gamma Irradiation Facility Health Physics Neutron Generator Hydrogen and Hydrogen Safety Laboratories Tritium Facility Containment Chemistry Laboratory Core Disassembly Facility Deformation Technology Calandria Tube Burst Test and Creep Rupture Testing Laboratory Scale Containment Facility Large-Scale Vented Combustion Test Facility Digital Radiography and Computer Tomography Facility Drop Test Facility Fluid Sealing Technology Metrology Facility High Bay and Laboratories Impact Facility Analytical Chemistry Laboratories Chemical and Corrosion Autoclave and Loop Test Facility High Temperature and Pressure Test Loop Facilities Surface Science Laboratories Transmission Electron Microscopy Laboratory
SMR_RFEOI_Final_EN.docx