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A baffle for guiding cooling fluids in a power generator cooled by a cooling fluid and having a flange, a stator, and an end stator has an inclined surface configured to direct a first portion of the cooling fluid flow towards the flange and a second portion of the cooling fluid flow towards the end

A baffle for guiding cooling fluids in a power generator cooled by a cooling fluid and having a flange, a stator, and an end stator has an inclined surface configured to direct a first portion of the cooling fluid flow towards the flange and a second portion of the cooling fluid flow towards the end stator.

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What is claimed is: 1. A baffle for guiding cooling fluids in a power generator cooled by a cooling fluid flow and having a flange, a stator, and an end stator, said baffle comprising: an inclined surface configured to direct a first portion of the cooling fluid flow towards the flange and a second

What is claimed is: 1. A baffle for guiding cooling fluids in a power generator cooled by a cooling fluid flow and having a flange, a stator, and an end stator, said baffle comprising: an inclined surface configured to direct a first portion of the cooling fluid flow towards the flange and a second portion of the cooling fluid flow towards the end stator, wherein said baffle is positioned within a cooling flow path defined in an outside space block (OSSB) in the power generator. 2. A baffle in accordance with claim 1 wherein the stator has a plurality of radial ducts, said baffle is further configured to control an amount of the flow of cooling fluid through the OSSB. 3. A baffle in accordance with claim 2 wherein said baffle is further configured to prevent reverse flow of cooling fluid in the radial ducts of the stator. 4. A baffle in accordance with claim 1 wherein said baffle is configured for use in a reverse flow generator. 5. A power generator having a cooling fluid flow and further comprising: a flange; a stator having an end stator; and a baffle having an inclined surface configured to direct a first portion of the cooling fluid flow towards the flange and a second portion of the cooling fluid flow towards the end stator, wherein said baffle is positioned within a cooling flow oath defined in an outside space block (OSSB) in said power generator. 6. A power generator in accordance with claim 5 wherein the stator has a plurality of radial ducts, wherein said baffle is further configured to control an amount of the flow of cooling fluid through the OSSB. 7. A power generator in accordance with claim 6 wherein said baffle is further configured to prevent reverse flow of cooling fluid in the radial ducts of the stator. 8. A power generator in accordance with claim 5 wherein said baffle is configured for use in a reverse flow generator. 9. A method for operating a power generator having a cooling fluid flow, a flange, a stator having an end stator, and an inclined baffle, said method comprising: positioning the baffle within a cooling flow oath defined in an outside space block (OSSB): directing a first portion of the cooling fluid flow towards the flange using the inclined baffle in the cooling fluid flow; and directing a second portion of the cooling fluid flow towards the end stator using the inclined baffle. 10. A method in accordance with claim 9 wherein said directing the first portion of the cooling fluid flow comprises directing the first portion of the cooling fluid flow towards a hot spot on the flange. 11. A method in accordance with claim 9 wherein the stator has a plurality of radial ducts, said method further comprises using the baffle to control an amount of the flow of cooling fluid through the OSSB. 12. A method in accordance with claim 11 wherein said using the baffle to control an amount of the flow of cooling fluid through the OSSB includes preventing reverse flow of cooling fluid in the radial ducts of the stator. 13. A method in accordance with claim 9 wherein the power generator is a reverse flow generator.