1. A method for spraying liquid fuel swirler (Embodiment 1), comprising passing it through a nozzle with a pre-twist twisting flow in the chamber by supplying fuel thereto flows of tangentially disposed channels in the walls of the chamber and exposure to fuel torch flows of primary and secondary air fed under pressure and with twisting, characterized in that the fuel flows in the path of movement tangentially positioned channels carry their additional dynamic acceleration - transformation vanie potential pressure energy into kinetic energy flows (in the velocity pressure), which provide a change in cross section of flow from large to small in the direction of the entrance of the twist cell, in connection with which previously tangentially positioned channels operate alternating sections from highest to lowest in the direction towards the entry into the twisting chamber. ! 2. A method for spraying liquid fuel swirler according to claim 1, characterized in that the movement arrange fuel flows in tangentially arranged channels larger and smaller sections on the same axis, which channels with larger and smaller cross sections is performed along one axis. ! 3. A method of spraying liquid fuel swirler according to claim 1, characterized in that the fuel flows organized movement in tangential channels of larger section and the smaller section is not in one axis, which flows with a smaller cross section is displaced relative to flow with a large cross-section in the direction of the greatest flux density, and therefore the pre-channels for threading operate also offset rel
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