1. Foam comprising gas and liquid supply system and the nozzle, liquid supply system is carried out in two directions, comprising an axial flow of liquid through the transfer tube and connected in series and coaxial with it converger and cylindrical nozzle and tangential supply of liquid through a coaxial cylindrical nozzle body in the form of cylindrical sleeve on the cylindrical part which is secured an annular vortex chamber with a nozzle for feeding fluid, wherein the edges of the annular chamber Execute the two rows of supply fluid tangential channels, wherein each row has at least three tangential channel connecting the annular chamber with a cylindrical cavity housing, to which is coaxially fixed circular plate situated perpendicularly to the vortex of the annular chamber axis and is rigidly connected to the cylindrical cavity housing, in its end section, and a circular plate perpendicularly attached slotted nozzle, characterized in that the slotted nozzle is combined and consisting of two mutually about perpendicular rectangular parallelepipeds with throttle through holes of rectangular cross section connected to the body cavity, and a circular plate attached thereto axially slotted nozzle a supply pipe is rigidly connected with the diffuser flow divider positioned perpendicular axis of inlet and outlet disposed at the cutoff section diffuzora.2 . Foam according to Claim. 1, characterized in that the slotted nozzle is combined and consisting of two mutually perpendicular rectangular1. Пеногенератор, содержащий системы подачи жидкости и газа и сопло, система подачи жидкости осуществляется по двум направлениям, включающим осевую подачу жидкости через подводящий патрубок и последовательно соединенные и соосные с ним конфузор и цилиндрическое сопло, а тангенциальная подача жидкости осуществляется через коаксиальный с цилиндрическим соплом корпус в виде цилиндроконической гильзы, на цилиндрической части которой закреплена вихревая кольцевая камера с патрубком для
