Handbook of the Speed of Sound in Real Gases
After the introductory chapters in each volume, the material in each chapter starts out with definitions and engineering formulas, applies these to the individual gases, and proceeds to advanced theory at the molecular level. The formulas and theory are illustrated with examples throughout. Uncertainty, in both measurement and prediction, is a recurring theme throughout both volumes.
The engineering formulas are suited to engineering and science students at the undergraduate level. The advanced theory is for professionals and students at the graduate level. The Handbook will survey the state of the art from 1921 to the present, pointing out gaps in our present knowledge.
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0.5 Temperature 100 Mole fraction 100 Temperature 20 20 Temperature 40 Mole 725 Virial KV Air and Uncertainty atmospheric air C-coefficient CO2-free air coefficient of dry constant correction Kr ppm correction Real sound Corrections Specific heat curve dry air Enhancement factorfe Corrections equation factorfe Corrections Specific fraction of water heat KC ppm Humidity RH ideal specific heat interaction coefficient measured sound speed Measurement uncertainty mixture molar mass Mole fraction xh nitrogen oxygen Predicted Speed Pressure P atm Psat Real sound Relaxation Real sound speed relative humidity Relaxation correction Real relaxation frequency Relaxation Real sound Simple sound speed Sound in Air sound Relaxation Real sound speed measurements sound speed Relaxation Specific heat KC specific heat ratio Speed of Sound speed Relaxation correction speed Ws m/s standard air temperature range Uncertainty Frequency Hz Uncertainty Pressure Uncertainty TABLE virial coefficient Virial KV ppm water vapor XXX XXX XXX