Data supplementary to the PhD Dissertation: Conformational and Spin Effects in Single-Molecule Electronic Transport

Raw data for the dissertation "Conformational and Spin Effects in Single-Molecule Electronic Transport" by Chunwei Hsu at TU Delft. The data are sorted chapter by chapter for the experimental figures. This dissertation presents experimental works on single-molecule charge transport, particularly on the aspects of spin and orbital conformational effects in single-molecule junctions. In this dissertation, we employ and develop multiple single-molecule techniques, the mechanically controlled break junction (MCBJ) and thermoelectric electromigrated break junction (Th-EMBJ) and reversible spin Hall junction (RSHJ), to characterize the spin and conformational effects beyond simple charge transport.

代尔夫特理工大学（TU Delft）许俊伟（Chunwei Hsu）所撰写的博士论文《单分子电子输运中的构象与自旋效应》（Conformational and Spin Effects in Single-Molecule Electronic Transport）的原始数据集。本数据集按论文章节对实验配图进行了系统整理。该博士论文围绕单分子电荷输运开展实验研究，重点聚焦单分子结中的自旋与轨道构象效应。本研究中，作者开发并采用了多种单分子实验技术，包括机械可控裂结（mechanically controlled break junction, MCBJ）、热电电迁移裂结（thermoelectric electromigrated break junction, Th-EMBJ）以及可逆自旋霍尔结（reversible spin Hall junction, RSHJ），用以表征超越常规电荷输运范畴的自旋与构象效应。