Articles

type: Journal
Title DOI Date
Viscosity calculation of supercritical Gases based on the Rainwater-Friend Theory and the Modified Enskog Theory #
Pressure dependence of liquid vapor pressure an improved Gibbs prediction #
Prediction of the thermal conductivity of gases based on the Rainwater- Friend theory and a new corresponding states function #
New Correlation Functions for Viscosity Calculation of Gases Over Wide Temperature and Pressure Ranges #
Prediction of the Attractive Branch of the Effective Pair Potential by Using the Joule- Thomson Inversion Curve #
Prediction of the Inversion Curve and the Maximum Value of the J- T for Some Refrigerants #
Calculation of Osmotic Pressure Using a Closed System #
Prediction of the Temperature and Density Dependencies of the Parameters of the Average Effective Pair Potential Using O #
Improved Initial Density Dependence of the Viscosity and a Corresponding States Function for High Pressures #
Extension of Linear Isotherm Regularity to Lower Density Range #
A General Equation Of State for Dense Fluids #
Investigation of some regularities for dense fluids using a simple equation of state #
Selected thermophysical properties of dense fluids using a general regularities #
Equilibrium and transport properties of the noble gases and their mixtures at low density #
Improved corresponding states principle for the noble gases #
Extension of the principle of corresponding states via pair interaction potentials #
type: Conference
Title Date
A new correlation function for the thermal conductivity of gases over a wide temperature and pressure ranges
calculation of the viscosity of fluid using the modified Enskog theory via two new correlation function for the Co volume and thermal pressure
prediction of the viscosity of supercritical gases and refrigrant at high pressure
Design and Optimization of an Ion Mobility Spectrometer