İki parametreli i̇ndirgenmiş denklemler kullanilarak Joule-Thompson tersinme eǧrisinin hesaplanmasi

A temperature change is observed when a real gas undergoes a volumetric process. Temperature change can be realized during high velocity flow in perforations, throughout surface and subsurface chokes and compression and liquefaction of natural gas. The sign and magnitude of the temperature change may be determined by using Joule-Thompson coefficient. A study was conducted to compute Joule-Thompson inversion curve using two, two-parameter equation of states written in reduced forms and a reduced form z-factor correlation. The results are compared against published experimental data to determine the effectiveness of the two parameter equations in the prediction of Joule-Thompson inversion curve.