▎ 摘　　要

NOVELTY - A graphene composite (110) is manufactured by making graphene flakes (116) or tiles, making graphene layer (112) from graphene flakes or tiles, and applying polymer layer to graphene layer. USE - Manufacture of graphene composite for heat pipe system; heat sink system; thermal management systems; ballistic-, projectile-, missile-, and blast-resistant and mitigation devices; heat-resistant devices; electrical insulating devices; armor plating system; tank plating system; armor system; lattice, cellular, corrugation, honeycomb, and panel structures; face layer; sandwich structure; modular layer structure or multilayer component; multifunctional structure or component; smart memory alloy system; textile weave, woven, mesh, braid, and/or multilayer textile structures; architectural structure; civil engineering field structure; machine, automobile, ship, freight car, aircraft, spacecraft, space station, submarine, ship, or water craft, structures; military vehicle; building structures or components; electronic systems or components; jet blast deflector system; struts; armor suit, shield, helmet, gear, or mask for military personnel or other human or animal subjects; rods, bars, or other elongated parts; I-beam, H-beam, or other beam-like structures; impact- and force-resistant and mitigation devices; shock absorption devices; and crash deflection and mitigation devices. ADVANTAGE - The graphene composite has higher ballistic limit. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for graphene composite comprising graphene layer which contains graphene flakes or tiles and polymer layer connected to the graphene layer. DESCRIPTION OF DRAWING(S) - The drawing shows a screen-shot of a graphene composite. Ideal graphene composite (110) Graphene layers (112) Polyethylene monolayers (114) Graphene flakes (116)