Carbon nanotubes (CNT) have been extensively investigated for various electroanalytical applications. As the properties of CNTs heavily depend on fabrication conditions, it is expected that electrochemical performance will also vary between from different processes. However, still not well known how synthesis conditions affect CNTs. Thus, here we investigate effect rate physicochemical CNT netw...

The ability to produce electrodes through 3D-printing techniques for use in sensing applications has significant potential. This is mainly due the mass production of at any desired geometry. However, comparing different 3D-printed carbon electroanalytical performance can be challenging variation each conductive printed material. study investigates normalisations that could applied compare betwe...