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A computed tomography (“CT”) gantry cooling system including a gantry housing defining a gantry chamber, wherein the gantry housing includes a lower portion, an upper portion, and a gantry cover disposed adjacent to the upper portion of the gantry housing. The CT gantry cooling system also including

A computed tomography (“CT”) gantry cooling system including a gantry housing defining a gantry chamber, wherein the gantry housing includes a lower portion, an upper portion, and a gantry cover disposed adjacent to the upper portion of the gantry housing. The CT gantry cooling system also including a fan disposed within the gantry cover of the gantry housing, wherein the fan is operable for forcing cooling air into the gantry chamber and creating a positive pressure within the gantry chamber. The CT gantry cooling system further including a vent disposed within the gantry cover of the gantry housing, wherein the vent is operable for exhausting heated air from the gantry chamber.

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1. An x-ray generating system, comprising:a housing defining a chamber, wherein the housing comprises a lower portion, an upper portion, and a first cover disposed adjacent to the upper portion of the housing; an x-ray generating device disposed within the chamber, wherein the x-ray generating devic

1. An x-ray generating system, comprising:a housing defining a chamber, wherein the housing comprises a lower portion, an upper portion, and a first cover disposed adjacent to the upper portion of the housing; an x-ray generating device disposed within the chamber, wherein the x-ray generating device is operable for generating x-rays and residual heat; a first fan disposed within the first cover of the housing, wherein the first fan is operable for forcing cooling air into the chamber and creating a positive pressure within the chamber; a first vent disposed within the first cover of the housing, wherein the first vent is operable for exhausting heated air from the chamber; and a first exhaust vent disposed within the lower portion of the housing, wherein the first exhaust vent is operable for exhausting heated air from the chamber. 2. The x-ray generating system of claim 1, further comprising a second fan disposed within the first cover of the housing, wherein the second fan is operable for forcing cooling air into the chamber and creating a positive pressure within the chamber.3. The x-ray generating system of claim 1, further comprising a second vent disposed within the first cover of the housing, wherein the second vent is operable for exhausting heated air from the chamber.4. The x-ray generating system of claim 1, further comprising a second cover disposed adjacent to the upper portion of the housing.5. The x-ray generating system of claim 4, further comprising a third fan disposed within the second cover of the housing, wherein the third fan is operable for forcing cooling air into the chamber and creating a positive pressure within the chamber.6. The x-ray generating system of claim 5, further comprising a fourth fan disposed within the second cover of the housing, wherein the fourth fan is operable for forcing cooling air into the chamber and creating a positive pressure within the chamber.7. The x-ray generating system of claim 4, further comprising a third vent disposed within the second cover of the housing, wherein the third vent is operable for exhausting heated air from the chamber.8. The x-ray generating system of claim 7, further comprising a fourth vent disposed within the second cover of the housing, wherein the fourth vent is operable for exhausting heated air from the chamber.9. The x-ray generating system of claim 1, further comprising a second exhaust vent disposed within the lower portion of the housing, wherein the second exhaust vent is operable for exhausting heated air from the chamber.10. The x-ray generating system of claim 1, further comprising a heat exchanger disposed adjacent to the x-ray generating device and the first vent, wherein the heat exchanger is operable for drawing heat from the x-ray generating device and exhausting heated air from the chamber through the first vent.11. A computed tomography (“CT”) system, comprising:a gantry housing defining a gantry chamber, wherein the gantry housing comprises a lower portion, an upper portion, and a first gantry cover disposed adjacent to the upper portion of the gantry housing; an x-ray tube disposed within the gantry chamber, wherein the x-ray tube is operable for generating x-rays and residual heat; a first fan disposed within the first gantry cover of the gantry housing, wherein the first fan is operable for forcing cooling air into the gantry chamber and creating a positive pressure within the gantry chamber; a first vent disposed within the first gantry cover of the gantry housing, wherein the first vent is operable for exhausting heated air from the gantry chamber; and a first exhaust vent disposed within the lower portion of the gantry housing, wherein the first exhaust vent is operable for exhausting heated air from the gantry chamber. 12. The CT system of claim 11, further comprising a second fan disposed within the first gantry cover of the gantry housing, wherein the second fan is operable for forcing cooling air into the gantry chamber and creating a positive pressure within the gantry chamber.13. The CT system of claim 11, further comprising a second vent disposed within the first gantry cover of the gantry housing, wherein the second vent is operable for exhausting heated air from the gantry chamber.14. The CT system of claim 11, further comprising a second gantry cover disposed adjacent to the upper portion of the gantry housing.15. The CT system of claim 14, further comprising a third fan disposed within the second gantry cover of the gantry housing, wherein the third fan is operable for forcing cooling air into the gantry chamber and creating a positive pressure within the gantry chamber.16. The CT system of claim 15, further comprising a fourth fan disposed within the second gantry cover of the gantry housing, wherein the fourth fan is operable for forcing cooling air into the gantry chamber and creating a positive pressure within the gantry chamber.17. The CT system of claim 14, further comprising a third vent disposed within the second gantry cover of the gantry housing, wherein the third vent is operable for exhausting heated air from the gantry chamber.18. The CT system of claim 17, further comprising a fourth vent disposed within the second gantry cover of the gantry housing, wherein the fourth vent is operable for exhausting heated air from the gantry chamber.19. The CT system of claim 11, further comprising a second exhaust vent disposed within the lower portion of the gantry housing, wherein the second exhaust vent is operable for exhausting heated air from the gantry chamber.20. The CT system of claim 11, further comprising a heat exchanger disposed adjacent to the x-ray tube and the first vent, wherein the heat exchanger is operable for drawing heat from the x-ray tube and exhausting heated air from the gantry chamber through the first vent.21. A computed tomography (“CT”) gantry cooling system, comprising:a gantry housing defining a gantry chamber and having an x-ray tube disposed within the chamber, wherein the gantry housing comprises a lower portion, an upper portion, and a gantry cover disposed adjacent to the upper portion of the gantry housing; a fan disposed within the gantry cover of the gantry housing, wherein the fan is operable for forcing cooling air into the gantry chamber and creating a positive pressure within the gantry chamber; a vent disposed within the gantry cover of the gantry housing, wherein the vent is operable for exhausting heated air from the gantry chamber; and an exhaust vent disposed within the lower portion of the gantry housing, wherein the exhaust vent is operable for exhausting heated air from the gantry chamber. 22. The CT gantry cooling system of claim 21, further comprising a heat exchanger disposed adjacent to both the x-ray tube disposed within the gantry chamber and the vent, wherein the heat exchanger is operable for drawing heat from the x-ray tube and exhausting heated air from the gantry chamber through the vent.23. A computed tomography (“CT”) gantry cooling method, comprising:providing a gantry housing defining a gantry chamber, wherein the gantry housing comprises a lower portion, an upper portion, and a gantry cover disposed adjacent to the upper portion of the gantry housing; providing an x-ray tube within the gantry chamber; providing a fan disposed within the gantry cover of the gantry housing; forcing cooling air into the gantry chamber using the fan; creating a positive pressure within the gantry chamber using the fan; providing a vent disposed within the gantry cover of the gantry housing; exhausting heated air from the gantry chamber using the vent; providing an exhaust vent disposed within the lower portion of the gantry housing; and exhausting heated air from the gantry chamber using the exhaust vent. 24. The CT gantry cooling method of claim 23, further comprising providing a heat exchanger disposed adjacent to both the x-ray tube disposed within the gantry chamber and the vent.25. The CT gantry cooling method of claim 24, further comprising drawing heat from the x-ray tube and exhausting heated air from the gantry chamber through the vent using the heat exchanger.