Formation mechanisms of flexible strain-sensitive sensors based on carbon nanostructures with laser formation for a post-traumatic joint rehabilitation monitoring system
摘要
A method for producing flexible strain-sensitive sensors based on multi-walled carbon nanotubes and reduced graphene oxide is described. The effect of laser radiation at 1064 nm at different mean power levels on the morphology and mechanical and electrical properties of the sensors was studied. A technical solution for using the sensors in joint rehabilitation is proposed.