Dataset for: A novel passive decay heat removal concept for a medium temperature heat pipe cooled reactor

This dataset contains the processed numerical results and data visualization files supporting the research article "A novel passive decay heat removal concept for a medium temperature heat pipe cooled reactor". The uploaded archive consists exclusively of Excel spreadsheets containing the extracted thermal-hydraulic data and Origin project files (.opju) used to plot the figures presented in the manuscript.

The provided data cover the following key aspects:The steady-state temperature distributions of the reactor components (including the fuel, graphite monolith, reflectors, and insulation layer) under the 1.5 MWth nominal operating condition. The transient thermal responses during a postulated Station Blackout (SBO) accident, including the time-dependent maximum and volume-averaged temperatures of the active zone and peripheral structures. The transient global energy balance data, specifically detailing the total decay heat power, passive heat dissipation through the insulation layer, and the variations in reactor global enthalpy. These post-processed data files provide the necessary quantitative information to fully reproduce the charts and validate the safety margins and autonomous shutdown capabilities discussed in the study.