▎ 摘　　要

NOVELTY - The method involves synthesizing (101) FLTEG. The transition metal nanoparticles are prepared from a precursor. The FLTEG is mixed with the transition metal nanoparticles to produce transition metal nanoparticle doped FLTEG. The transition metal nanoparticle doped FLTEG is hydrogenated (104). The transition metal islands-decorated FLTEG is obtained (106) with room temperature ferromagnetic properties. USE - Method of synthesizing hydrogenated transition metal nanoparticle islands-decorated thermally exfoliated graphene. ADVANTAGE - The magnetic properties of graphene is enhanced. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a room temperature ferromagnetic material. DESCRIPTION OF DRAWING(S) - The drawing shows a flow chart illustrating the method of synthesizing hydrogenated transition metal nanoparticle islands-decorated thermally exfoliated graphene. Step for synthesizing the FLTEG (101) Step for producing the transition metal nanoparticle from a precursor (102) Step for doping the FLTEG with the transition metal (103) Step for hydrogenating the transition metal nanoparticle doped FLTEG (104) Step for obtaining the transition metal islands-decorated FLTEG (106)