▎ 摘　　要

NOVELTY - Regulating of fold induced by high entropy alloy substrate catalyzed by graphene comprises using high-energy planetary ball milling mechanism, fixing an upper end shaft at a rotating center of a solar plate, connecting supporting part with a rotating shaft of a ball milling tank through a bearing, where the circumferential wall surrounds a ball milling chamber and a sun disk, fixedly connecting top end of the circumferential wall with a self-rotating disk with a circular ring shape, forming inner part of the ball milling tank with inverted trapezoidal ball milling space, and installing ball milling tank on sun disk, driving the ball milling tank on the outer side of the sun disk to also revolve, where the ball mill tank rotates by the meshing action, and the direction of rotation is opposite to direction of revolution, and making the inside of the ball mill tank form inverted trapezoid ball mill space. USE - The method is useful for regulating of fold induced by high entropy alloy substrate catalyzed by graphene. ADVANTAGE - The method: reduces load of the motor, friction force of the gear transmission, heating phenomenon, and energy consumption; improves grinding effect by improving the ball milling tank; and provides precondition for subsequent smelting high-entropy alloy and adjusting wrinkle forming.