Thermal bistability of magnetic susceptibility, light absorption, second harmonic generation, and dielectric properties in a polar spin‐crossover iron–rhenium chain material - replication data

The deposited dataset includes the results of the experimental work, which are presented in the figures of the related article. These results correspond to the magnetic measurements, calorimetric studies, 57Fe Mossbauer spectroscopy experiments, solid-state UV-vis absorption spectroscopy experiments, SHG studies, and dielectric constant measurements, all performed as a function of temperature for heterometallic chain materials exhibiting thermally induced spin crossover that affects diverse physical properties.

本存档数据集包含相关学术论文配图中展示的实验研究结果。上述结果对应于磁性能测量、量热研究、57Fe穆斯堡尔（Mössbauer）光谱实验、固态紫外-可见（UV-vis）吸收光谱实验、倍频（SHG）研究以及介电常数测量的实测数据；所有测试均以温度为变量开展，且针对展现出热诱导自旋交叉现象的杂金属链材料——该现象会对这类材料的多种物理性质产生影响。