▎ 摘　　要

NOVELTY - The mechanical deformation sensor has an ultrafine conductive film of a maximum thickness of 40 nanometer. The ultrafine conductive film is formed by high aspect ratio percolated graphene nanowires deposited on a flexible, stable polymeric substrate. The substrate has a polymer film that is selected from the group of elastomers, preferably polyhydramethylsiloxane. The graphene nanofibers have a deposition concentration. USE - Mechanical deformation sensor for monitoring deformation and movements in the areas of health, sports, robotics and machines and industrial installations (Claimed). ADVANTAGE - The ultrafine conductive film is formed by high aspect ratio percolated graphene nanowires deposited on a flexible, stable polymeric substrate, and thus enables to present a good performance in some critical points that are relevant in high sensitivity or large dynamic variation. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a mechanical deformation sensor. Current (AA) Loaded (CC) Time (DD) Layers (EE,FF) Voltage (GG)