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Process of intake

h v = 0 mm. Process of intake. CA=292 deg. Static Pressure. Mach Number. Temperature. Kinetic Energy of Turbulent Fluctuations. h v = 0.14 mm. Process of intake. CA=293 deg. Static Pressure. Mach Number. Temperature. Kinetic Energy of Turbulent Fluctuations. h v = 0.78 mm.

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Process of intake

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  1. hv = 0 mm Process of intake CA=292 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  2. hv = 0.14 mm Process of intake CA=293 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  3. hv = 0.78 mm Process of intake CA=294 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  4. hv = 1.7 mm Process of intake CA=295 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  5. hv = 2.66 mm Process of intake CA=296 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  6. hv = 3.47 mm Process of intake CA=297 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  7. hv = 3.9 mm Process of intake CA=298 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  8. hv = 4 mm Process of intake CA=299 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  9. hv = 4 mm Process of intake CA=300 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  10. hv = 4 mm Process of intake CA=301 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  11. hv = 4 mm Process of intake CA=302 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  12. hv = 4 mm Process of intake CA=303 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  13. hv = 4 mm Process of intake CA=304 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  14. hv = 4 mm Process of intake CA=305 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  15. hv = 4 mm Process of intake CA=306 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  16. hv = 3.9 mm Process of intake CA=307 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  17. hv = 3.47 mm Process of intake CA=308 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  18. hv = 2.66 mm Process of intake CA=309 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  19. hv = 1.7 mm Process of intake CA=310 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  20. hv = 0.78 mm Process of intake CA=311 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  21. hv = 0.14 mm Process of intake CA=312 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  22. hv = 0 mm Process of intake CA=313 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  23. hv = 0 mm Process of intake CA=314 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

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