▎ 摘　　要

NOVELTY - Fabrication of laser-induced graphene (105) composite material involves exposing a side (S1) of a polymer to a laser (102) source to form laser-induced graphene on side (S1) of the polymer, infiltrating the laser-induced graphene with a host material to form a laser-induced graphene/host material composite on side (S1) of the polymer, and removing laser-induced graphene/host material composite from the polymer. The laser-induced graphene is derived from polymer. USE - Fabrication of laser-induced graphene composite material. ADVANTAGE - The laser-induced graphene composite material has excellent surface anti-biofouling property, and contains laser-induced graphene with high thermal conductivity. DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following: (1) laser-induced graphene composite; (2) device; (3) gas sensor; (4) formation of gas sensor; (5) membrane; (6) formation of laser-induced graphene-graphene oxide composite membrane, which involves depositing graphene oxide on laser-induced graphene membrane, and crosslinking graphene oxide and laser-induced graphene using crosslinker; (7) formation of laser-induced graphene-PVC composite membrane; (8) formation of laser-induced graphene composite, which involves selecting laser-induced graphene on a substrate, laminating the laser-induced graphene on the substrate with a thermoplastic polymer to form a composite comprising a thermoplastic, laser-induced graphene and substrate composite, and separating the substrate from thermoplastic, laser-induced graphene and substrate composite to form a thermoplastic-laser-induced graphene composite; (9) thermoplastic-laser-induced graphene composite; (10) manufacture of resistive memory device, which involves selecting a laser-induced graphene composite, and depositing a metal by e-beam evaporation on the laser-induced graphene composite; (11) resistive memory device; and (12) triboelectric nanogenerator. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the fabrication method of laser-induced graphene composite. Laser (102) Polyimide film substrate (104) Laser-induced graphene (105) Mold (106) Filler (107)