A method and an apparatus for enhancing fluid mixing. The method comprises the following: (a) configuring a duct to have an effective outer wall, an effective inner wall, a cross-sectional shape, a first cross-sectional area and an exit area, the first cross-sectional area and the exit area being di
A method and an apparatus for enhancing fluid mixing. The method comprises the following: (a) configuring a duct to have an effective outer wall, an effective inner wall, a cross-sectional shape, a first cross-sectional area and an exit area, the first cross-sectional area and the exit area being different in size; (b) generating a first flow at the first cross-sectional area, the first flow having a total pressure and a speed equal to or greater than a local speed of sound; and (c) generating a positive streamwise pressure gradient in a second flow in proximity of the exit area. The second flow results from the first flow. Fluid mixing is enhanced downstream from the duct exit area.
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A method and an apparatus for enhancing fluid mixing. The method comprises the following: (a) configuring a duct to have an effective outer wall, an effective inner wall, a cross-sectional shape, a first cross-sectional area and an exit area, the first cross-sectional area and the exit area being di
A method and an apparatus for enhancing fluid mixing. The method comprises the following: (a) configuring a duct to have an effective outer wall, an effective inner wall, a cross-sectional shape, a first cross-sectional area and an exit area, the first cross-sectional area and the exit area being different in size; (b) generating a first flow at the first cross-sectional area, the first flow having a total pressure and a speed equal to or greater than a local speed of sound; and (c) generating a positive streamwise pressure gradient in a second flow in proximity of the exit area. The second flow results from the first flow. Fluid mixing is enhanced downstream from the duct exit area. er et al.; US-5448882, 19950900, Dyer et al., 060/039.281; US-5715674, 19980200, Reuter et al., 060/039.281; US-5845484, 19981200, Maker, 060/039.281; US-5896737, 19990400, Dyer; US-5927064, 19990700, Dyer et al.; US-6065451, 20000500, Lebrun; US-6237324, 20010500, Smith, 060/039.281; US-6250067, 20010600, Dyer et al.; US-6321527, 20011100, Dyer et al.; US-6401446, 20020600, Gibbons, 060/039.281; US-6526743, 20030300, Maker et al., 060/039.281; US-20020184884, 20021200, McCarty, 060/773; US-20030046937, 20030300, Mahoney et al., 060/773
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