▎ 摘　　要

NOVELTY - The carbon-based material post-modification reactor (10), has: a feeding port (12) located at a point upstream from the carbon-based material post-modification reactor and adapted to feed a carbon-based raw material into the reactor; a discharging port located at a point downstream from the carbon-based material post-modification reactor and adapted to output a modified carbon-based material; a screw conveying device disposed in the reactor to simultaneously convey and turn over the carbon-based raw material admitted by the feeding port, between the feeding port and the discharging port, where the screw conveying device has a shaft portion coupled to a motor (15) and driven by the motor, an inner spiral blade group (164) comprising inner spiral blades disposed equidistantly at a first portion (162A) of the shaft portion and extended radially from the shaft portion; and an intake device for inputting ozone gas to the interior of the reactor. USE - Carbon-based material post-modification reactor. ADVANTAGE - The produced carbon-based raw material, such as carbon black, activated charcoal, carbon nanotubes, graphene and carbon fiber, undergoes post-modification processing in a continuous manufacturing process to effectively enhance the quality of the modified carbon-based material and its production efficiency. DETAILED DESCRIPTION - The carbon-based material post-modification reactor (10), has: a feeding port (12) located at a point upstream from the carbon-based material post-modification reactor and adapted to feed a carbon-based raw material into the reactor; a discharging port located at a point downstream from the carbon-based material post-modification reactor and adapted to output a modified carbon-based material; a screw conveying device disposed in the carbon-based material post-modification reactor to simultaneously convey and turn over the carbon-based raw material admitted by the feeding port, between the feeding port and the discharging port, where the screw conveying device has a shaft portion coupled to a motor (15) and driven by the motor, an inner spiral blade group (164) comprising inner spiral blades disposed equidistantly at a first portion (162A) of the shaft portion and extended radially from the shaft portion, where the first portion of the shaft portion is positioned proximate to the feeding port, and an outer spiral blade group comprising short rods disposed equidistantly at the shaft portion and extended radially from the shaft portion, and outer spiral blades (166a, 166b) surrounding spirally around the shaft portion and disposed equidistantly at the shaft portion, where the short rods each have an end connected to a corresponding one of the outer spiral blades; and an intake device for inputting ozone gas to the interior of the carbon-based material post-modification reactor. DESCRIPTION OF DRAWING(S) - The drawing shows a cross-sectional view of a carbon-based material post-modification reactor. 10Carbon-based material post-modification reactor 12Feeding port 15Motor 16AFirst segment 16BSecond segment 162AFirst portion 164Inner spiral blade group 166a, 166bOuter spiral blades 167Connection blades