Data and code related to the publication: Printed Stretchable Graphene Conductors for Wearable Technology

In the publication related to this dataset, we report on the screen printing of stretchable, graphene-based conductors for use in wearable technology. The conductors remained conductive even under 100% strain and demonstrated high fatigue resistance to cyclic strains of 20-50%. Using photonic annealing, the sheet resistance of the printed conductors was reduced from ca 34 Ω □−1 mil−1 to <10 Ω □−1 mil−1, while the stretchability and fatigue resistance were preserved. This dataset contains the data and analysis scripts needed to reproduce the findings in the study.

本数据集关联的发表论文中，我们报道了面向可穿戴技术的可拉伸石墨烯基导体的丝网印刷制备方法。该导体即便在100%应变条件下仍可维持导电性能，且对20%至50%的循环应变展现出优异的抗疲劳特性。借助光子退火工艺，印刷得到的导体方阻从约34 Ω·□⁻¹·mil⁻¹降至10 Ω·□⁻¹·mil⁻¹以下，同时保留了其可拉伸性与抗疲劳性能。本数据集包含复现该研究全部成果所需的实验数据与分析脚本。