Manofacture of graphene sensors for stress/force measurements in mechatronic/robotic units

JAIRO USECHE VIVERO; JORGE BAUER; JORGE PEÑA CONSUEGRA; RODRIGO ALCOBERRO; PAGNOLA MARCELO

Buenos Aires

Simposio; 2º SIMPOSIO DE NANOMATERIALES 2D - 2ND SYMPOSIUM OF 2D NANOMATERIALS; 2020

UTN - Regional Buenos Aires

The present work shows the different production techniques used to obtain graphene nanoplates with few layers, as well as the synthesis of cross-linked polysilicone, both necessary for the manufacture of the soft matrix nanocomposite sensor based on polysilicon and graphene. It was determined that with the liquid phase exfoliation technique in N-methyl-pyrrolidone we can obtain graphene with the desired characteristics since the XDR, SEM, and TEM tests indicate it; only the sonicated time should be adjusted to achieve the desired dimensions. And after that step, to manufacture the sensor.