FIELD: aircraft engineering.
SUBSTANCE: rotor crossing of combined zone with mutual entry of blades in interblade space of jet stream with simultaneous stay of other rotor blades in ambient air space. Development of rotor torque from jet stream by one part allows, at a time, the other part to develop rotor thrust along with producing of airflow of one direction with lessened jet stream to increase power output in exchange for rate. Removal of rotors from jet stream recovers jet principle of motion. Lateral method of torque production in zone of partially aligned rotors allows the other free parts to implement the thrust without mutual negative influence.
EFFECT: lower costs of cooling, higher safety and efficiency.
21 dwg
