Unidirectional fuel nozzle for improving fuel atomization in a carburetor or similar apparatus

A method for improving fuel atomization in a carburetor by a fuel nozzle, the fuel nozzle comprising a cylindrical body having an outer surface and a fuel tunnel disposed centrally inside the cylindrical body, wherein the fuel tunnel being defined by a central opening that cuts through the length of the cylindrical body forming an inner surface therein;

• a plurality of perforations disposed on one half of the cylindrical body, wherein each of the perforations communicates the inner surface and the outer surface of the cylindrical body and terminates with an air turbulator, being defined by a hemispherical cavity at the outer surface of the cylindrical body;
• and a plurality of dimples disposed on the outer surface of the other half of the cylindrical body, wherein each of the dimples is defined by a hemispherical cavity at the outer surface of the cylindrical body;
• the method comprising the acts of:
• allowing air to enter the carburetor;
• generating air vortices on the outer surface of the fuel nozzle as the allowed air flows through each of the air turbulator of the plurality of perforations and through the plurality of dimples;
• and
• ejecting fuel droplets through the plurality of perforations to the carburetor's air-fuel mixing chamber, wherein the ejected fuel droplets are atomized by the generated air vortices.