초록 ▼

A nozzle for mixing of two reacting fluids wherein the first reactant, flowing across the nozzle, exhibits a variation in reactivity towards the second fluid, introduced through the nozzle and mixing and reacting with the first fluid within the nozzle, and wherein the nozzle is configured to permit

A nozzle for mixing of two reacting fluids wherein the first reactant, flowing across the nozzle, exhibits a variation in reactivity towards the second fluid, introduced through the nozzle and mixing and reacting with the first fluid within the nozzle, and wherein the nozzle is configured to permit this second fluid to be introduced in a way as to compensate for the variation in reactivity and to produce uniform reactant mixture from the two fluids.

대표청구항 ▼

[ What is claimed and desired to be secured by Letters Patent of the United States is:] [1.] A uniform extraction nozzle for a first fluid flow having a gradient in reaction rates with a second fluid flow, the first and second fluid flows react to provide a mixture flow comprising products of a reac

[ What is claimed and desired to be secured by Letters Patent of the United States is:] [1.] A uniform extraction nozzle for a first fluid flow having a gradient in reaction rates with a second fluid flow, the first and second fluid flows react to provide a mixture flow comprising products of a reaction between the first and second fluid flows for use in a laser cavity, the uniform extraction nozzle comprising:a nozzle comprising an inlet for receiving the first fluid flow and an outlet that is functionally connected to the laser cavity, andan injector plate comprising injection orifices in the nozzle for injecting the second fluid flow through the injection orifices and into the first fluid flow, the injector plate being tilted relative to a normal to the first fluid flow through the nozzle to compensate for at least one of a gradient in flow times, compositions of the first fluid flow, and conditions in the first fluid flow that result in the gradient in reaction rates between the first and second fluid flows whereby providing a uniform level of products of reaction in the mixture flow at a point of utilization of the products of reaction in the laser cavity.