Data and code for transport information in historical MSRE pump transients: calibration attribution and predictive transfer
Description
This dataset contains model inputs, processed benchmark records, source code, and numerical results supporting the analysis of transport information and predictive transfer in historical Molten Salt Reactor Experiment pump startup and coastdown transients. It includes conservative six-group precursor-transport calculations, Bayesian calibration, predictive controls, and numerical sensitivity assessments. The original experimental records and reconstructed flow histories originate from the published benchmark sources cited in the accompanying documentation; no new experimental measurements are claimed. Associated manuscript authors, in order: Jinglong Zhou; Jie Cheng; Di Wu; Jiaxin Hu; Jianjun Wang; Yitung Chen. Correspondence: jcheng@hrbeu.edu.cn. Benchmark sources: https://doi.org/10.1080/00295639.2025.2475650 https://doi.org/10.1016/j.nucengdes.2024.113292
Files
Steps to reproduce
The archive contains processed benchmark inputs, source code, environment information, numerical results, and provenance records. Consult README.md and the environment and protocol directories before running the calculations. The archived commands run_v26.py --research-only and run_v26.py --research-only --from-scratch respectively reproduce extension calculations from stored primary grids and recompute the primary grid before the information and inference analyses. Follow the archive documentation for the working directory and dependencies. This repository deposit preserves the frozen archive; the calculations were not rerun during deposition.