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Thermodynamic Ideal Cycle Equivalent

Analyzing Willis Island Sounding data to derive pressure, temperature, and density profiles for Atmospheric Vortex Engine computations.

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Thermodynamic Ideal Cycle Equivalent

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  1. Thermodynamic Ideal Cycle Equivalent Atmospheric Vortex Engine

  2. Vortex Engine Energy Calculations Atmospheric Vortex Engine

  3. Atmospheric Vortex Engine

  4. Raw Willis Island Sounding Updraft Pressure (hPa) Dry Bulb Dew Point Temperature (C) Atmospheric Vortex Engine

  5. Annotated Willis Island Sounding Atmospheric Vortex Engine

  6. Pressure vs Elevation Atmospheric Vortex Engine

  7. Air density versus height Atmospheric Vortex Engine

  8. Air Temperature versus height Atmospheric Vortex Engine

  9. Willis Island Observations at 00Z 17 Jan 1999 (Key elevation data) ---------------------------------------------- PRES HGHT TEMP DWPT RELH MIXR kPa m C C % g/kg ---------------------------------------------- 100.3 9 29.4 25.2 78 20.63 100.0 35 29.0 24.6 77 19.94 94.2 565 23.6 22.0 91 18.03 85.0 1459 19.4 15.3 77 13.03 70.0 3108 11.8 7.9 77 9.64 50.0 5840 -4.7 -7.3 82 4.45 40.0 7570 -14.1 -18.4 70 2.25 30.0 9700 -28.5 -32.9 66 0.80 25.0 10970 -39.5 -48.5 38 0.19 20.0 12460 -52.7 -64.7 22 0.03 15.0 14250 -68.7 10.0 16580 -83.1 7.0 18590 -80.1 5.0 20570 -70.3 3.0 23720 -58.3 2.0 26320 -50.0 Atmospheric Vortex Engine

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