Data underlying the PhD thesis: The charge transport mechanism in cable bacteria

Raw data for the dissertation ‘The charge transport mechanism in cable bacteria’, by J.R. van der Veen, at TU Delft. The data are sorted per chapter. Each chapter has its own folder, in which the raw experimental data can be found. In separate ReadMe files per chapter folder, the metadata can be found.This dissertation is about the charge transport mechanism in the conductive fibres of cable bacteria. All chapters contain electrical characterization (current vs. voltage curves) of (a network of) these conductive fibres. ). A theoretical chapter investigates the feasibility that conductivity in cable bacteria can by explained with a hopping model (Chapter 3). The experimental chapters investigate some dependence of the I(V) curves: temperature, electrical gate field and magnetic field (Chapter 2, 4 and 5).

本数据集为代尔夫特理工大学（TU Delft）J.R. van der Veen所撰学位论文《电缆细菌中的电荷输运机制》的原始实验数据。数据按章节进行分类编排，每一章对应一个独立文件夹，文件夹内存储有对应章节的原始实验数据；各章节文件夹下均配有独立的ReadMe文件，其中包含该章节数据的元数据信息。本学位论文聚焦于电缆细菌导电纤维内的电荷输运机制，所有章节均包含此类导电纤维（或其纤维网络）的电学表征测试结果，即电流-电压（I-V）曲线。其中第3章为理论研究章节，探讨了利用跳跃模型（hopping model）解释电缆细菌导电性的可行性；第2、4、5章为实验研究章节，分别探究了I-V曲线与温度、栅极电场（electrical gate field）以及磁场的依赖关系。