First Name : jalil
Last Name : Moghadasi
Date of Birth : 1950
Marrital Status : Married
Last Academic Degree : Ph.D
Date of Employment : 1978
Academic Rank : Professor
Department : Chemistry
College : College of Sciences
Address :
Phone :
Cell Phone :
Email : moghadasi@susc.ac.ir

Published Papers in Academic Journals
1- Moghadasi J (2014) "Modeling the VLE properties using van der Waals-type equation of state " Phys. Chem. Liq :-
2- Moghadasi J (2014) "Prediction of volumetric properties of polymer melts using new perturbed hard-chain equation of state " Fluid Phase Equilibria 363:213-219
3- Moghadasi J (2014) "Prediction of Volumetric Properties of Some Fatty Acid Methyl Esters, Biodiesel Fuels and Their Blends Using Perturbed Yukawa Hard-Core Chain Equation of State " Fluid Phase Equilibria :-
4- Moghadasi J (2013) "A Perturbed Hard–Dimer Chain Equation of State for Polymer Melts " Journal of Non-crystalline Solids 362:195-200
5- Moghadasi J (2013) "A simple equation for predicting the volumetric properties of mixtures involving Ionic Liquids " Journal of Solution Chemistry 42:1854-1862
6- Moghadasi J (2013) "Volumetric Properties of Ionic Liquids from Cubic Equation of State: Application to Pure and Mixture " Journal of Industrial and Engineering Chemistry 19:769-775
7- Moghadasi J (2013) "Density and isothermal compressibility of ionic liquids from perturbed hard-dimer-chain equation of state " Fluid Phase Equilibria 356:185-192
8- Moghadasi J (2012) "Modeling of P-?-T properties of ionic liquids using ISM equation of state: Application to pure component and binary mixtures " Korean Journal of Chemical Engineering 29:1628-1637
9- Moghadasi J (2012) "Density and Isothermal Compressibility of Ionic Liquids from Perturbed Hard–Sphere Chain Equation of State " Journal of Molecular Liquids 174:52-57
10- Moghadasi J (2012) "Volumetric Properties of Mixtures Involving Ionic Liquids from Improved Equation of State " Thermochim. acta 546:95-101
11- Moghadasi J (2012) "Performance Assessment of New Perturbed Hard-Sphere Equation of State for Molten Metals and Ionic Liquids: Application to Pure and Binary Mixtures " Journal of Non-crystalline Solids 358:1753-1758
12- Moghadasi J (2012) "Modeling Vapor-Liquid Equilibrium of Various Binary Mixtures with a Statistically-based Equation of State " Journal of Molecular Liquids 165:87-93
13- Moghadasi J (2012) "A Simplified Equation of State for Polymer Melts from Perturbed Yukawa Hard–Sphere Chain " Polymer Bulletin 69:219-228
14- Moghadasi J (2012) "Modeling the Volumetric Properties of Ionic Liquids Using Modified Perturbed Hard-Sphere Equation of State: Application to Pure and Binary Mixtures " Industrial and Engineering Chemistry Research 51:758-766
15- Moghadasi J (2012) "Application of Tao-Mason Equation of State to Light Fluids " Physics and Chemistry of Liquids 50:113-120
16- Moghadasi J (2011) "Investigation of Thermodynamic Properties of Real Fluids from van der Waals and Dieterici-like Equations of State " High Temperatures-High Pressures 40:85-97
17- Moghadasi J (2011) "Performance Assessment of Tao-Mason Equation of State: Results for Vapor-Liquid Equilibrium Properties " Journal of Industrial and Engineering Chemistry 17:667-674
18- Moghadasi J (2011) "Equation of State for Polymers Based on Glass Transition Data " Colloid & Polymer Science 289:1081-1087
19- Moghadasi J (2011) "Modeling Thermophysical Properties of Noble Gas Involved Mixtures " International Journal of Computational Methods 8:19-39
20- Moghadasi J (2011) "Equation of state and P-V-T Properties of Polymer Melts Based on Glass Transition Data " Journal of Molecular Liquids 161:148-152
21- Moghadasi J (2011) "Modeling the Volumetric Properties of Mixtures Involving Ionic Liquids Using Perturbed Hard-sphere Equation of State " Journal of Molecular Liquids 160:67-71
22- Moghadasi J (2011) "Modification of van der Waals Family Equations of State " Journal of Molecular Liquids 158:57-60
23- Moghadasi J (2011) "Modeling Thermal Conductivity Augmentation of Nanofluids Using Diffusion Neural Networks " International Journal of Thermal Sciences 50:44-52
24- مظفري , اسلامي , Moghadasi J (2010) "Molecular dynamics simulation of diffusion and permeation of gases " Polymer 51:300-307
25- اسلامي , مظفري , Moghadasi J (2010) "Molecular Dynamics Simulation of Potassium along the Liquid-Vapor Coexistence " J. Iran. Chem. Soc 7:308-317
26- Papari , نجابت , Moghadasi J, کمپو (2010) "Modification of Tao-Mason equation of state: Application to " international journal of refrigeration :-
27- اسلامي , Mojahedi Jahromi F, Moghadasi J (2010) "Molecular dynamics simulation with weak coupling to heat and material baths " THE JOURNAL OF CHEMICAL PHYSICS 133:841051-841057
28- حسيني , Moghadasi J, پاپري (2010) "A perturbed hard-sphere equation of state extended to imidazolium-based ionic liquids " Ionics DOI 10:DOI 10.10-DOI 10.10
29- پاپري , Moghadasi J, نيك منش , دهقان (2010) "Determination of Transport Properties for Dilute Gase Mixtures Involving Carbon Terafluoride " Chin.J.Chem.Eng. 18:297-305
30- يوسفي , Moghadasi J, پاپري , كمپو (2009) "Extension of Tao-Mason Equation of State to Mixtures: Results for PVTx " Ind. Eng. Chem. Res. 48:5079-5084
31- Moghadasi J, يوسفي , پاپري , فقيهي , محسني پور (2009) "Transport properties in mixtures involving carbon dioxide at low and moderate density:test of several intermolecular potential energies and comparison with experiment " heat mass transfer 45:1453-1466
32- Nikmanesh S, Moghadasi J, Papari M (2009) "Calculation of Transport Properties of CF4+Noble Gase Mixtures " Chin.J.Chem.Eng. 17:814-821
33- Moghadasi J (1993) "Interaction of glucose oxidase with ionic surfactants:a microcalorimetric study: M.R.Hoseindokht " Int. J. Biol. Macromol 15:337-341
34- Moghadasi J (1993) "Thermodynamic studies of the interaction of glucose oxidase with anionic and cationic sufactants " Thermochimica Acta 219:193-
35- Moghadasi J (1990) "On the Calculation of Second Virial Coefficients for Nonspherical Molecules " Int. J. Thermophys 11:508-
36- Moghadasi J (1989) "Direct Determination of the Intermolecular Potential for Krypton " Bull. Chem. Soc. Japan 92:1313-
37- Moghadasi J (1980) "Estimation of Thermal Diffusion Factors in Gas Mixtures from Diffusion Thermoeffect Experiment. 4 Helium-Mathane " J. Chem. Eng. Data 25:333-
38- Moghadasi J (0) "Semi-Empirically Based Assessment for Predicting Dilute Gas Transport Properties of F2 and Ar-F2 Fluids " Bull. Chem. Soc. Jpn 79:67-0
39- Moghadasi J (0) "Predicting Gas Transport Coefficients of Alternative Refrigerant Mixtures " Ind. Eng. Chem. Res 45:9211-0
40- Moghadasi J (0) "Transport properties of some polyatomic gases from isotropic and effective pair potential energies-Part II " Chemical Physics 306:229-0
41- Moghadasi J (0) "An Analytical Equation of state for Alkaline Earth Metals " International Journal of Thermophysics 25:0-0
42- Moghadasi J (0) "Equation of state for molten alkaline earth metals derived from the heat of vaporisation " High Temperatures- High Pressures 35-36:447-0
43- Moghadasi J (0) "Thermal diffusion factors in gaseous mixtures from irreversible thermodynamics " Int. J. Therm. Sci 40:0-0
44- Moghadasi J (0) "gas transport coefficients of light hydrocarbons. halogenated methane and ethane as candidates for new refrigerants " Bull. Chem. Soc. Jpn 81:220-0
45- Moghadasi J (0) "prediction gas transport properties of light hydrocarbon mixtures as candidates for new refrigerants " High Temperatures-High Pressures null:0-0
46- Moghadasi J (0) "transport coefficiens of natural gases " journal of chemical engineering of japan 40:698-0
47- Moghadasi J (0) "correlation and prediction of low density Ne-H2 gas transport coefficients " I.J. trans. phenomena 10:143-0

Papers and Abstracts in Conference Proceedings
1-Moghadasi J "Modeling Vapor-Liquid Equilibria Using Modified van der Waals Family Equations of States " 15th Iranian Physical Chemistry Conference (2012)
2-Moghadasi J "A New Perturbed Hard - Sphere Equation of State Based on Semiempirical Approach " 12th Iranian Physical Chemistry Seminar (2009)
3-Moghadasi J "the calculation of thermodynamic properties from song and mason equation of state " proceeding of the 11th iranian physical chemistry seminar (2008)
4-Moghadasi J "transport properties of CO2-Nobel gas mixtures " ninth iranian physical chemistry seminar (2006)
5-Moghadasi J "assessment of the effect of mixing rules on predicting the viscosity and the thermal conductivity of some binary and ternary refrigerant mixtures " eighth iranian physical chemistry seminar (2005)


Courses Taught
Biophysical Chemistry
Physical Chemistry1
Basic General Chemistry
Advanced Physical Chemistry
Recent Topics in Physical Chemistry
Statistical Thermodynamics
Chemical Thermodynamics (PhD)
Recent Topics in Physical Chemistry
Advanced Thermodynamic

Graduate Thesis Advisor (16)
Student FullName Subject Defense Year
Student FullName Subject Defense Year
Graduate Thesis Advisor (25)
Omid Bazipour Thermodynamic properties of refrigerant mixtures and ionic liquid mixtures: Prediction and measurement
Sayed mostafa Hosseini Prediction of Thermodynamic Properties of Various Fluids in Wide Ranges of Temperature and Pressure: Normal Fluids, Ionic Liquids, Molten Metals and Liquid polymers
Fatemeh Fadaei nobandegani Study of phase equilibria and thermodynamic properties of various mixtures including: normal fluids, refrigerants, and ionic liquids: Measurement and Prediction
Fatemeh Mojahedi Jahromi Molecular Dynamics Simulation of Confined Fluids in the Grand Canonical ensemble and MD simulation with Weak Coupling to Heat and Material Baths
Fakhri Yousefi Study of thermophysical Properties of Natural gases, CO۲-Nobel gases, Refrigerants and Carbon Nanotubes- based fluid
Farkhondeh Mozaffari Molecular Dynamics Simulation of Nanoconfined Fluids, Potassium, and Diffusion of Gases in Polystyrene and Equation of State for Alkali Metal Alloys and Mercury
Delara Mohammab Aghaie Predicting Gas Transport Coefficients of Pure and Mixture of Light Hydrocarbons, Halogenated Methane, Ethane and Alternative Refrigerant Mixtures and Assessment of the Effect of Mixing Rules on Transport Properties of Gas Mixtures
Student FullName Subject Defense Year
Seyede Maryam Mortazavi A Theoretical Investigation on the Potential Enegy Surface, Kinetics and Mechanism of H۲S ‏+ O۳ Reaction& A Theoretical Study on the Dynamics of the C۲H۴+ S Reaction on an Interpolated Potential Energy Surface
Zahra Homayoon Kinetics and Dynamics of Methanol Oxidation
Fatemeh Pirhadi Multichannel RRKM-TST and Direct-Dynamics VTST Study & Dynamic Study on an Interpolated Potential Energy Surface of the Reaction of Amidogen with Hydroxyle Radical
Multichannel RRKM-TST and Direct-Dynamics VTST Study of the Reaction of Furan with Hydroxyl and Methyl Radicals
Fatemeh Sabzi Sarvestani Equation of state, sorption phenomena and compatibility of polymers by using Flory-Huggins theory and dissipative particle dynamics (DPD)
Theoretical Study on the Kinetics of Unimolecular Reaction of ۱,۲-Dichloroethane and Bimolecular Reaction H + HOO , Synthesis and characterization of Silicon Carbide Nanosturctures
Equations of State for Liquid Metals and Refrigerants
An Analytical Equation of State Applied to Pure Refrigerants and Refrigerant MixturesA Modified Perturbed Hard-Sphere-Chain Equation of State for Refrigerant MixturesThermodynamic Properties of Refrigerants Using GMA Equation of State
Theoretical Evaluation of Equilibrium Thermodynamic and Transport Properties of Alkali Metals Using Characteristics Interatomic Potential Functions
Thermodynamics of Mercury and Liquid Alkali Metals by Potential and Pseudopotential Approaches
Zahra Norouzian Determination of mixture refrigerant Density by modified Tao & Mason Equation of state
Farideh Pahlavan Modification of Tao- Mason Equation of State for Low Temperatures
Sayed mostafa Hosseini Thermodynamic Properties of Fluids from New Perturbed Hard- Sphere Equation of State
Effect of additives on Gas Hydrate phase boundaries
Sorption Mechanism In Organic Soloutions Of Uncharged Polymers
Calculation of Interaction Potential and Transport Properties of some pure and Binary Mixtures of Gaseous Systems from the Extended Law of Corresponding States at Low Density by the Inversion Method.
Thermodynamic properties of alkali metals from Ism equation of state
Calculation of unlike pair Interaction potential energy from the Law of Corresponding States of viscosity and Semi-Empirical prediction of Dilute Transport Properties of Ne + H۲ Gas Mixture
Student FullName Subject Defense Year
Maryam Shahamat Effects of heterogeneous catalysts on gas phase reaction of some light organic compounds
Thermodynamic properties of fluid D۲O using GMA equation of state Application of ISM EOS for polymer melts (polystyrene)
Fatemeh Fadaee Nobandegani Detection and Evaluation of Hydrogen bond strength in nucleic acid base pairs
Experimental Study of the Viscosity of Room Temperature Ionic Liquids Incorporating the imidazolium Cation
Application of the ISM equation of state for refrigerant ternary mixtures and for poly (o-methyl styrene) (PoMS)
: Experimental study of surface properties of imidazolium based ionic liquids
reaction from furan by hydroxyl radical Theoretical studies on the hydrogen abstraction
Calculation of Interaction Potential from the Extended Law of Corresponding States andSemi-Empirical Calculation of the Transport Properties of He-Ar , He-Kr and He-XeGaseous Mixtures at Low Density by the Inversion Method
The ISM Equation of State Applied to Refrigerants
Calculation of Interaction Potential from the Extended Law of Corresponding States and Semi-Empirical Calculation of the TransportProperties of Ar-H۲ and Ar-F۲ gaseous Mixtures and Pure F۲ Density by the Inversion Methodat Low
A Theoretical Study On The Kinetics Of Hydrogen Abstraction Reaction Of Hydroxyl Radical With Hydrogen Sulfide And Ozonolysis Of Ethylene