An approximate method is proposed for predicting the viscosity of partially ionized gas mixtures. This technique expresses the viscosity of a mixture in terms of the viscosities of the individual pure components, is simple in form, and does not require large computer run times nor storage. Thus, the technique is suitable for use with complex flowfields and heat-transfer calculations. Results for gas mixtures which are representative of the atmospheres of Jupiter, Earth, and Venus, are presented and it is shown that the results compare favorably with detailed kinetic-theory analyses
Nine existing mixture viscosity models were tested for predicting a two-phase pressure drop for oil-...
A method is presented for predicting the viscosity of liquid refrigerant mixtures. The method has no...
The viscosity of argon and of four argon-ammonia gaseous mixtures was measured using an oscillating ...
Department of Chemistry. University of Allahabad. Allahabad-211 002, India Manuscript received 31 D...
Approximate methods for predicting viscosities of gas mixtures involving both polar and nonpolar gas...
121-127A method is proposed for estimating viscosity and thermal conductivity of gas mixtures from t...
The viscosity of five binary gas mixtures - namely, oxygen-hydrogen, oxygen-nitrogen, oxygen-carbon ...
This paper describes the application of the theoretically based scheme of Vesovic and Wakeham, modif...
Perturbation viscometry is a recently developed method which measures the logarithmic gradient of th...
Perturbation viscometry measures the pressure changes in a gas mixture flowing through a capillary t...
The Vesovic-Wakeham (VW) method of predicting the viscosity of dense fluid mixtures has been improve...
In this work, it has been established that the temperature dependence of the viscosity of multicompo...
The viscosity and thermal conductivity coefficient are estimated for three models of the atmosphere ...
Perturbation viscometry measures the logarithmic viscosity gradient of the viscosity-composition cur...
Accurate determination of the viscosity and phase behavior of pure hydrocarbon gases and hydrocarbon...
Nine existing mixture viscosity models were tested for predicting a two-phase pressure drop for oil-...
A method is presented for predicting the viscosity of liquid refrigerant mixtures. The method has no...
The viscosity of argon and of four argon-ammonia gaseous mixtures was measured using an oscillating ...
Department of Chemistry. University of Allahabad. Allahabad-211 002, India Manuscript received 31 D...
Approximate methods for predicting viscosities of gas mixtures involving both polar and nonpolar gas...
121-127A method is proposed for estimating viscosity and thermal conductivity of gas mixtures from t...
The viscosity of five binary gas mixtures - namely, oxygen-hydrogen, oxygen-nitrogen, oxygen-carbon ...
This paper describes the application of the theoretically based scheme of Vesovic and Wakeham, modif...
Perturbation viscometry is a recently developed method which measures the logarithmic gradient of th...
Perturbation viscometry measures the pressure changes in a gas mixture flowing through a capillary t...
The Vesovic-Wakeham (VW) method of predicting the viscosity of dense fluid mixtures has been improve...
In this work, it has been established that the temperature dependence of the viscosity of multicompo...
The viscosity and thermal conductivity coefficient are estimated for three models of the atmosphere ...
Perturbation viscometry measures the logarithmic viscosity gradient of the viscosity-composition cur...
Accurate determination of the viscosity and phase behavior of pure hydrocarbon gases and hydrocarbon...
Nine existing mixture viscosity models were tested for predicting a two-phase pressure drop for oil-...
A method is presented for predicting the viscosity of liquid refrigerant mixtures. The method has no...
The viscosity of argon and of four argon-ammonia gaseous mixtures was measured using an oscillating ...