Preliminary Solution of BEAVRS Hot Full Power at BOC by Monte Carlo Code

This paper presents the preliminary result of BEAVRS Hot Full Power (HFP) solution at Beginning of Cycle (BOC). It is solved by in-house Monte Carlo code which is being developed at Ulsan National Institute of Science and Technology (UNIST). The code employs simple 1-dimensional Thermal Hydraulic (TH) module and multipole based On-The- Fly (OTF) cross section generation module. In this paper, fission reaction rate, fuel temperature, moderator density, moderator temperature, fuel temperature, and xenon number density distributions are presented. This paper presented preliminary solution of BEAVRS HFP state at BOC by Monte Carlo code which is being developed at UNIST. The five quantities were presented and all looks reasonable: Fission reaction rate, fuel temperature, xenon number density, moderator density, moderator temperature