%0 Generic
%A van Hazendonk, Laura
%A Pinto, Artur
%A Arapov, Kirill
%A Pillai, Nikhil
%A Beurskens, Michiel
%A Teunissen, Jean-Pierre
%A Sneck, Asko
%A Smolander, Maria
%A Rentrop, Corne
%A Bouten, Piet
%D 2023
%T Data and code related to the publication: Printed Stretchable Graphene Conductors for Wearable Technology
%U 
%R 10.4121/703fd633-9de8-4977-a05f-4b648cb1e94d.v1
%K Graphene
%K Wearables
%K Wearable technology
%K Printed electronics
%K Stretchable conductors
%K Annealing
%K Photonic annealing
%K Screen printing
%K Rheology
%X <p>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 &lt;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.</p>
%I 4TU.ResearchData