The combined rotation and revolution of the spirals generate complex material movement within the conical vessel, creating four primary motion patterns:
Spiral revolution along the wall forces materials into circumferential flow around the cone;
Spiral rotation elevates materials from the cone bottom upward along the spiral;
Compound motion (rotation + revolution) draws materials into the spiral cylinder, while centrifugal force from rotation radially discharges materials toward the cone wall;
Gravity descent of elevated materials.
These four motions create convection, shear, and diffusion effects, achieving rapid and homogeneous mixing.
The combined rotation and revolution of the spirals generate complex material movement within the conical vessel, creating four primary motion patterns:
Spiral revolution along the wall forces materials into circumferential flow around the cone;
Spiral rotation elevates materials from the cone bottom upward along the spiral;
Compound motion (rotation + revolution) draws materials into the spiral cylinder, while centrifugal force from rotation radially discharges materials toward the cone wall;
Gravity descent of elevated materials.
These four motions create convection, shear, and diffusion effects, achieving rapid and homogeneous mixing.
