Experimental data supporting PhD dissertation "Molten Salt Reactor Chemistry: Fission Products and Simulants"

Experimental data underlying the publications:Alders, D. C., et al. "Experimental investigation and thermodynamic assessment of the BaCl2–CeCl3 system." <em>Journal of Molecular Liquids</em>396 (2024): 123997.Alders, D. C., et al. "Experimental investigation and thermodynamic modelling assessment of the AECl 2–NdCl 3 (AE= Sr, Ba) systems." <em>Physical Chemistry Chemical Physics</em>26.36 (2024): 24041-24057.Alders, Dennis C., et al. "Experimental Investigation and Thermodynamic Modeling Assessment of the NaCl–NaI–MgCl2–MgI2 Quaternary System." <em>The Journal of Physical Chemistry C</em>129.5 (2025): 2726-2738.<br>Encompasses DSC data (formatted in analysed form in Excel files), XRD data (raw .xrdml files and results in .sum files), ND data( raw .dat files and results in .sum files), and solution calorimetry data(formatted in analysed form in Excel).<br>DSC data obtained using Setaram multi-detector high temperature calorimeter (MHTC-96 type). XRD measurements were carried out using a PANalytical X'pert pro diffractometer with a Cu-anode (0.4 mm x 12 mm line focus, 45 kV, 40 mA). Neutron diffraction data were obtained at room temperature at the PEARL beamline at the Hoger Onderwijs Reactor at the Delft University of Technology. Dissolution enthalpy was measured using a TA Instruments Precision Solution Calorimeter (semi-adiabatic or isoperibolic calorimeter) and a TAM IV thermostat.<br>For the purpose of data storage in repository in compliance with the TU Delft PhD dissertation regulations - manuscript title "Molten Salt Reactor Chemistry: fission products and simulants"

本数据集为以下发表论文的配套实验数据：
Alders, D. C. 等人《BaCl₂–CeCl₃体系的实验研究与热力学评估》，发表于*Journal of Molecular Liquids*（《分子流体》期刊）2024年第396卷，文章编号123997。
Alders, D. C. 等人《AECl₂–NdCl₃（AE=Sr, Ba）体系的实验研究与热力学模拟评估》，发表于*Physical Chemistry Chemical Physics*（《物理化学化学物理》期刊）2024年第26卷第36期，页码24041-24057。
Alders, Dennis C. 等人《NaCl–NaI–MgCl₂–MgI₂四元体系的实验研究与热力学模拟评估》，发表于*The Journal of Physical Chemistry C*（《物理化学C》期刊）2025年第129卷第5期，页码2726-2738。

本数据集涵盖差示扫描量热法（DSC, Differential Scanning Calorimetry）数据（以分析后格式化形式存储于Excel文件中）、X射线衍射（XRD, X-ray Diffraction）数据（原始.xrdml格式文件与.sum格式结果文件）、中子衍射（ND, Neutron Diffraction）数据（原始.dat格式文件与.sum格式结果文件），以及溶液量热数据（以分析后格式化形式存储于Excel文件中）。

DSC数据通过Setaram多探测器高温量热仪（型号MHTC-96）采集得到。XRD测量采用PANalytical X'pert Pro衍射仪，配备铜靶（0.4 mm×12 mm线聚焦，工作电压45 kV，工作电流40 mA）。中子衍射数据于代尔夫特理工大学高等教育反应堆（Hoger Onderwijs Reactor）的PEARL束线在室温条件下获取。溶解焓测量使用TA Instruments Precision Solution Calorimeter（半绝热或等温型量热仪）及TAM IV恒温槽完成。

为符合代尔夫特理工大学博士学位论文规范进行仓库数据存储，配套手稿标题为《熔盐堆化学：裂变产物与模拟体系》。