▎ 摘　　要

NOVELTY - Embedded ion of three lattice graphene carrier comprises thirteen carbon atoms, where thirteen carbon atoms bonded to each other to form a three-crystal hexagonal graphene structure in which nine carbon atoms combine with carbon atoms to form two carbon-carbon double bonds, of which the other four carbon atoms combine with carbon atoms to form three carbon-carbon double bonds. The three-crystal-format graphene structure constructed as three crystal lattice in the same plane. Different materials in the reaction process have the phenomenon of heterogeneous phase attraction. USE - Embedded ion of three lattice graphene carrier. DETAILED DESCRIPTION - Embedded ion of three lattice graphene carrier comprises thirteen carbon atoms, where thirteen carbon atoms bonded to each other to form a three-crystal hexagonal graphene structure in which nine carbon atoms combine with carbon atoms to form two carbon-carbon double bonds, of which the other four carbon atoms combine with carbon atoms to form three carbon-carbon double bonds. The three-crystal-format graphene structure constructed as three crystal lattice in the same plane. Different materials in the reaction process have the phenomenon of heterogeneous phase attraction. The graphene lattice as a carrier, is inlaid with different mosaic ions in the three lattice. The graphene lattice arranged in order to form a stablemolecular group structure on the three-lattice. An INDEPENDENT CLAIM is included for a method for preparing embedded ion of three lattice graphene carrier, which involves: (A) mixing compound with embedded ion with the graphene layer; (B) raising the temperature of the obtained mixture; (C) adding non-ionic osmotic agent in the obtained mixture; (D) heating to make the embedded ions are embedded into the different lattice of three lattice of graphene; and (E) forming three lattice mosaic combination of ion molecular group.