▎ 摘　　要

NOVELTY - The method involves taking a cup of graphene oxide slurry through a beaker, placing at 25-176degrees C for 2 hours under a temperature of 25-1degrees C with a preservative film to make a temperature balance. A rotor of a rotary viscosimeter is selected with a range of 0-200 million mpa.s. Different rotating speeds are selected. The viscosity of the rotating speed is obtained through the rotor with different rotating speeds. The data is obtained at different rotating speed under the same rotor by measuring the data. The linear fitting is performed after converting the data to obtain a comparison key. The thixotropic property of the slurry is characterized by data. USE - Method for characterizing graphene slurry rheology. Uses include but are not limited to nanometer biosensor, nanometer antibacterial material, conductive film, solar battery, energy storage device, and research on high-speed chip. ADVANTAGE - The method characterizes graphene slurry rheology in a simple manner, and avoids the measurement error caused by confusion of the measured liquid. DESCRIPTION OF DRAWING(S) - The drawing shows a rheological index diagram of the graphene slurry rheology characterizing method (Drawing includes non-English language text).