Abstract
The results of studies of blade shape influence on the particles flight range are presented. There are three forms of blades of a single-disc centrifugal apparatus. They are rectangular shape, the rectangular trapezium shape and the isosceles trapezium shape. The rectangular trapezium and the rectangular shapes define a downward trajectory, and the isosceles trapezium shape defines an upward trajectory of the particles free flight. The particles flight range created by blades of a rectangular shape is less than that of the isosceles blade shape. However, the rectangular blade shape sets the trajectory of a free flight less affected by wind speed. The installation of a limiting ring on the blades of the centrifugal apparatus increases the particles flight range.
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