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An injector plate for a rocket engine assembly, for connection to the rocket engine assembly having a body with a fuel manifold that contains a fuel entry and a fuel passage ring encircling an axis, that fuels recirculation passages extending between portions of the fuel passage ring and fuel elemen

An injector plate for a rocket engine assembly, for connection to the rocket engine assembly having a body with a fuel manifold that contains a fuel entry and a fuel passage ring encircling an axis, that fuels recirculation passages extending between portions of the fuel passage ring and fuel element passages, each fuel element passage extending to fuel outlets. The injector plate also has an oxidizer with an internal primary oxygen passage, secondary oxygen passages branching from the primary oxygen passage at an internal portion of the body to oxidizer outlets and tertiary oxygen passages branching from the secondary oxygen passages at an internal portion of the body to the oxidizer outlets. The fuel outlets and the oxidizer outlets are arranged to form outer and inner element grouping patterns.

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1. An injector plate for a rocket engine assembly, the injector plate comprising: a body elongated along an axis between an entry end and an exit end, the exit end being configured to form a portion of a combustion chamber for the rocket engine assembly, the body having a mounting flange extending d

1. An injector plate for a rocket engine assembly, the injector plate comprising: a body elongated along an axis between an entry end and an exit end, the exit end being configured to form a portion of a combustion chamber for the rocket engine assembly, the body having a mounting flange extending diametrically about the axis for connection to the rocket engine assembly,wherein the body has a fuel manifold comprising: a fuel passage ring encircling the axis and in fluid communication with a fuel inlet;a plurality of fuel recirculation passages, each one of said plurality of fuel recirculation passages extending between portions of the fuel passage ring;a plurality of fuel outlets at the exit end; anda plurality of fuel element passages, each one of said plurality of fuel element passages extending to a fuel outlet of the plurality of fuel outlets from the one of said plurality of recirculation passages;wherein the body has an oxidizer manifold comprising: a primary oxygen passage elongated along the axis between a primary oxidizer entrance at the entry end of an oxidizer body and an internal portion of the oxidizer body;a plurality of secondary oxygen passages branching from the primary oxygen passage at the internal portion of the oxidizer body to a plurality of oxidizer outlets at the exit end; and,a plurality of tertiary oxygen passages branching from each one of said secondary oxygen passages to the plurality of oxidizer outlets at the exit end,wherein the plurality of fuel outlets and the plurality of oxidizer outlets are arranged at the exit end to form a plurality of outer element groupings and a plurality of inner element groupings. 2. The injector plate for a rocket engine assembly of claim 1 wherein each one of the plurality of secondary oxygen passages branches into at least two of said plurality of tertiary oxygen passages extending from one of the secondary oxygen passages to the oxygen outlets. 3. The injector plate for a rocket engine assembly of claim 2, wherein the at least two tertiary oxygen passages extend parallel to the axis. 4. The injector plate for a rocket engine assembly of claim 1, further comprising a plurality of film cooling passages extending from the fuel passage ring to a plurality of cooling outlets at the exit end. 5. The injector plate for a rocket engine assembly of claim 1, wherein the plurality of oxidizer outlets and plurality of fuel element passages are arranged in a linear pattern to form a plurality of element groupings and wherein each of the plurality of element groupings comprises oxidizer and fuel outlets in the order of a fuel outlet, an oxidizer outlet, another oxidizer outlet and then another fuel outlet. 6. The injector plate for a rocket engine assembly of claim 5, wherein said plurality of element groupings includes an inner grouping and an outer grouping, each inner grouping comprises fuel outlets that extend from different ones of said plurality of fuel recirculation passages. 7. The injector plate for a rocket engine assembly of claim 6, wherein the fuel element passages extend toward the oxidizer outlets in the exit end direction at an angle of 40° with respect to the axis. 8. The injector plate for a rocket engine assembly of claim 7, wherein the fuel element passages extending to the outer element groupings extend from adjacent recirculation passages and the fuel element passages extending to the inner element groupings extend from a single recirculation passage. 9. The injector plate for a rocket engine assembly of claim 1, wherein the primary oxygen passage terminates in a curved shaped cup. 10. The injector plate for a rocket engine assembly of claim 1, wherein the fuel inlet is angled in the radial direction about the axis.