▎ 摘　　要

NOVELTY - Lifting metal-based composite material mechanical property using titanium dioxide surface modified graphene involves pouring the graphene raw material into acid solution for pickling, ultrasonically cleaning for 30 minutes, filtering and drying; placing graphene on deposition plate, diluting it with alcohol and spreading uniformly, allowing to stand and drying; placing the deposition plate of graphene in chamber of atomic layer deposition equipment, setting the deposition parameters and number of deposition cycles according to the deposition thickness; collecting titanium dioxide@Gr deposited, and carrying out low-energy ball milling with metal powder to prepare composite powder; heating, pressurizing and sintering to complete the preparation more about Source text required for additional translation information Send feedback Side panels. USE - Method for improving mechanical property of metal-based composite material by titanium dioxide surface modified graphene for improving strength of matrix alloy by bearing effect of reinforcing body and strengthening effect. ADVANTAGE - The method enables to improve mechanical property of metal-based composite material by using titanium dioxide surface modified graphene, which is safe and simple to operate, and can realize batch production, shortens the sample preparation period, and realizes the whole program control. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for method for improving mechanical property of metal-based composite material titanium dioxide surface modified graphene. DESCRIPTION OF DRAWING(S) - The drawing shows an appearance view of sintering the titanium dioxide@GNS/TC4 composite material in Example 1.