reactor physics;nuclear reactor physics;neutron transport theory;neutron diffusion theory;code development;method development;advanced reactor design;high-performance computing;reactor core simulator;중성자 수송이론;중성자 확산이론;원자로 물리학;코드 개발;고성능 컴퓨팅;원자로 노심 시뮬레이터;첨단 원자로 설계;방법 개발
Lab Description
UNIST CORE (COmputational Reactor physics and Experiment laboratory) is an academic laboratory dedicated to the research in nuclear reactor physics. The laboratory actively develops theoretical methods and computer codes to tackle neutron transport and diffusion theory in all its aspects: collision with medium, slowing-down, scattering, absorption, nuclear fission, chain reaction, secondary particle production and nuclide transmutation. The laboratory manages the knowledge required for reactor core design, analysis and operation and conducts studies in the fields of criticality, reactivity feedback and reactivity control, reactor kinetics, nuclear fuel depletion, perturbation theory, deep-penetration shielding, steady-state and transient simulations, reactor design and safety analysis, and many more.