• home Home
  • facebook
  • youtube
  • OVERVIEW
    • Reactor Physics & its Vision
    • Research Scope
    • Resources
  • RESEARCH
    • Direct Whole Core Calculation System Development
    • Monte Carlo Code Development
    • Computational Science
    • Multi-Physics Simulation
    • Practical Two-Step Method Development
  • CODES
    • Overview
    • nTRACER
    • RENUS
    • PRAGMA
    • SPHINCS
    • ESCOT
    • EXUS
  • MEMBERS
    • Professor
    • Ph.D. Students
    • MS Students
    • Alumni
  • PUBLICATIONS
    • Journals
    • Conferences
    • Dissertations
  • GALLARY
  • CONTACTS

PUBLICATIONS

  • Journals
  • Conferences
  • Dissertations

Conferences

Home PUBLICATIONS
  • APPLICATION OF THE MARS-LMR&FREK SPATIAL KINETICS COUPLED SYSTEM CODE TO STABILITY ANALYSES OF THE PROTOTYPE SODIUM COOLED FAST REACTOR

  • people Jaejin Lee, Jong Hyuck Won, Min Jae Lee, Jae-Yong Lim, and Han Gyu Joo
  • Proceedings of the PHYSOR 2018, Cancun, Mexico
    The MARS-LMR/FREK spatial kinetics coupled system code is applied to stability analyses of the Prototype Gen-IV Sodium Cooled Fast Reactor (PGSFR). Two imaginary perturbed transient scenarios are examined: periodic control rod movement and core inlet temperature change. The results demonstrate the effects and advantages of the spatial kinetics coupled system analyses in fast reactors. It is shown also through the stability analyses that the stability of the PGSFR can be maintained without any intervention with the safety system. 
목록
Rm 32-205(Department of Nuclear Engineering), Seoul National University, 1 Gwanak-ro, Gwanak-gu, Seoul, Rep. of Korea(08826)  |  TEL: +82-2-880-9241
Copyright © 2020 원자로 물리 연구실