▎ 摘　　要

NOVELTY - Nano-graphene and nano-titania are mixed to obtain a conductive powder, and stirred with a silane coupling agent. The obtained graphene-and-titania-doped powder is screened to a diameter of 10-100 nm. The doped powder and resin powder are homogeneously premixed in a mass ratio of 10-50:30-60 and fed into a twin-screw extruder through a feeding port. 0.01-0.05 %Mass sodium dihydrogen phosphate and 5-10 %mass polyethylene wax are added and blended at 200-300 degrees C, to obtain a polymeric material with conductive and optical conversion storage function. USE - Preparation of polymeric material with radiation, conductive and optical conversion energy storage function (claimed). ADVANTAGE - The method enables preparation of polymeric materials having excellent strength and wear resistance. DETAILED DESCRIPTION - Resin slices are wet-ball-milled to powder of particle size 25-45 mu m, at 200-800 rpm and feed rate of 5-15 kg/minute. The powder is screen-filtered to obtain resin powder with a particle size of 25-15 mu m, and large particles are recovered and ground. Nano-graphene and nano-titania are mixed in a mass ratio of 1-4:1 to obtain a conductive powder, which is stirred with a silane coupling agent at 400-600 rpm for 40-70 minutes. The mass ratio of conductive powder and silane coupling agent is 1:5-50. The obtained graphene-and-titania-doped powder is screened to a diameter of 10-100 nm. The doped powder and resin powder are homogeneously premixed in a mass ratio of 10-50:30-60 and fed into a twin-screw extruder through a feeding port. 0.01-0.05 %Mass sodium dihydrogen phosphate and 5-10 %mass polyethylene wax are added and blended at 200-300 degrees C, to obtain a polymeric material with conductive and optical conversion storage function.