NOVELTY - An apparatus comprises a body including a gas stream input and a liquid stream input; an ultrasonic nozzle (14) connected to the body for receiving the liquid stream and converting the liquid stream to an ultrasonic spray; and an assembly connected to the body for receiving and shaping the gas stream and directing the gas stream relatively perpendicular to the ultrasonic spray to control a plume shape of the ultrasonic spray.    USE - The apparatus useful for shaping the plume of an ultrasonic spray; in the printed circuit board (claimed).    ADVANTAGE - The atomized drops produced by the ultrasonic nozzle are ejected from the atomizing surface at very-low velocity, and atomized drops produced by air atomizing nozzle are ejected from the nozzle at very high velocity, due to the low velocity of the ultrasonic atomized drops they are entrained by a low velocity gas stream, and the high velocity drops produced by an air atomizing nozzle is entrained by high velocity gas streams to change the direction of the drops and produce the desired spray pattern, thus the high velocity of the atomized drops and the spray shaping gas streams associated with air atomizing nozzles led to clogged orifices and exhaust systems, low transfer efficiency, wasted process chemicals and extended cleaning time of the spray fluxing machines. The impact spray shaping assembly of the present apparatus is unique in the fact that it is not produced by two blended gas streams meeting at a centralized location. The impact spray shaping assembly pattern is produced by a single gas stream, which does not require at least two individual streams of entrained atomized drops to meet and produces a uniform pattern. The apparatus is fabricated in a compact, light-weight design. The ultrasonic devices produce a spray pattern equal or only slightly greater than the pattern width of the atomized liquid. The assembly of the apparatus has the ability to produce a pattern width many times the width of the ultrasonic plume.    DETAILED DESCRIPTION - An apparatus comprises a body including a gas stream input and a liquid stream input; an ultrasonic nozzle (14) connected to the body for receiving the liquid stream and converting the liquid stream to an ultrasonic spray; and an assembly connected to the body for receiving and shaping the gas stream and directing the gas stream relatively perpendicular to the ultrasonic spray to control a plume shape of the ultrasonic spray. The apparatus further including a product comprising flux deposited upon a printed circuit board; and suspension of transparent conductive oxide (TCO) to be sprayed on in layers on a thin film solar cell. The apparatus further comprises a block for positioning the hydraulic nozzle relative to the ultrasonic nozzle. The hydraulic nozzle comprises a flat fan hydraulic nozzle. The flat fan is made form brass, stainless steel or Teflon. The block is stainless steel, Teflon or ertalyte. INDEPENDENT CLAIMS are included for following:    (1) shaping the plume of an ultrasonic spray to deposit flux on a printed circuit board involving receiving a gas stream input and a liquid flux stream input; converting the liquid flux stream to an ultrasonic flux spray; shaping the gas stream; directing the gas stream relatively perpendicular to the ultrasonic flux spray to control a plume shape of the ultrasonic flux spray; and directing, using the assembly, the ultrasonic flux spray onto a printed circuit board, to deposit the flux upon the printed circuit board;    (2) shaping the plume of an ultrasonic spray to deposit material on a fuel cell involving receiving a gas stream input and a liquid phosphoric doping material stream input; converting the liquid phosphoric doping material stream to an ultrasonic phosphoric doping material spray; shaping the gas stream; directing the gas stream relatively perpendicular to the ultrasonic phosphoric doping material spray to control a plume shape of the ultrasonic phosphoric doping material spray; and directing, using the assembly, the ultrasonic phosphoric doping material spray onto a fuel cell first surface, to deposit the phosphoric doping material upon the fuel cell first surface; and    (3) a units for shaping the plume of an ultrasonic spray to deposit a material on a surface comprising receiving units for a gas stream input and a liquid stream input; units for converting the liquid stream to an ultrasonic spray; units for shaping the gas stream; units for directing the gas stream relatively perpendicular to the ultrasonic spray to control a plume shape of the ultrasonic spray; and units for directing, using the assembly, the ultrasonic spray onto a surface, to deposit the liquid stream upon the surface.    DESCRIPTION OF DRAWING(S) - The figure shows diagrammatic view of assembly for controlling the shape of ultrasonic spray plume.    Impact jet (10)    Jet block (11)    Spray shaping gas supply fitting (12)    Ultrasonic nozzle (14)    Impact spray shaping assembly (20)