Add to ORKGA simplified expression is derived for the compressibility of steam/water mixtures at ideal thermodynamic conditions. It is shown how the same expression can be used to estimate the sonic velocity also. Empirical correlations are presented for both the compressibility and sonic velocity
The experimental sound velocities of mixtures composed of KCl + CaCl<SUB>2</SUB> + water and KCl + M...
There is a large quantity of natural steam discharged from fumaroles or drill-holes in geothermal ar...
Several attempts have been made by different investigators to find the relation between ultra-sonic ...
The velocity of sound in mixtures of water and steam has been computed from the slope of the lines o...
A study of the speed of sound in a pure water substance is presented here. The IAPWS data on the sta...
[[abstract]]A model is developed for predicting the sound velocity in low void fraction, homogeneous...
Thermodynamic properties of compressed liquids may be obtained from measurements of the speed of sou...
Ultrasonic velocities and Compatibilities in water mid some electrolytes have been measured. The res...
A theoretical relation between molecular weight and temperature coefficient of ultrasonic velocity a...
The selection of the correct mixing rule for sound velocity in ideal liquid mixtures determines the ...
The objective of this project was to provide reliable thermophysical property data, mainly density a...
Compressible flow varies from ideal-gas behaviour at high pressures where molecular interactions bec...
This paper presents a new approach to the nitrogen compressibility factor calculation by means of so...
This paper presents a new approach to the methane compressibility factor calculation by means of sou...
The paper deals with theoretical and numerical study of shock wave parameters in saturated steam. T...
The experimental sound velocities of mixtures composed of KCl + CaCl<SUB>2</SUB> + water and KCl + M...
There is a large quantity of natural steam discharged from fumaroles or drill-holes in geothermal ar...
Several attempts have been made by different investigators to find the relation between ultra-sonic ...
The velocity of sound in mixtures of water and steam has been computed from the slope of the lines o...
A study of the speed of sound in a pure water substance is presented here. The IAPWS data on the sta...
[[abstract]]A model is developed for predicting the sound velocity in low void fraction, homogeneous...
Thermodynamic properties of compressed liquids may be obtained from measurements of the speed of sou...
Ultrasonic velocities and Compatibilities in water mid some electrolytes have been measured. The res...
A theoretical relation between molecular weight and temperature coefficient of ultrasonic velocity a...
The selection of the correct mixing rule for sound velocity in ideal liquid mixtures determines the ...
The objective of this project was to provide reliable thermophysical property data, mainly density a...
Compressible flow varies from ideal-gas behaviour at high pressures where molecular interactions bec...
This paper presents a new approach to the nitrogen compressibility factor calculation by means of so...
This paper presents a new approach to the methane compressibility factor calculation by means of sou...
The paper deals with theoretical and numerical study of shock wave parameters in saturated steam. T...
The experimental sound velocities of mixtures composed of KCl + CaCl<SUB>2</SUB> + water and KCl + M...
There is a large quantity of natural steam discharged from fumaroles or drill-holes in geothermal ar...
Several attempts have been made by different investigators to find the relation between ultra-sonic ...