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Professor Ezat (Tahmineh) Keshavarzi

Professor of Physical Chemistry, Statistical Thermodynamics

Welcome to Professor Ezat (Tahmineh) Keshavarzi

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Office : Room No. 514, Department of Chemistry, Isfahan University of Technology, Isfahan, 84156-83111, IRAN Email : keshavrz@iut.ac.ir Phone : +98 313 3913281 Fax : +98 313 3912350 Web Site : Professor E. Keshavarzi

Professor of of Physical Chemistry, Statistical Thermodynamics

Research Fields : Statistical Thermodynamics of In-homogenous fluids

Classical Density Functional Theory

Electric Double Layer Super Capacitors

Phase Transition

Pressure tensor

Interfacial Properties, Adsorption of Confined Fluid in Nanopores

Nano-thermodynamics

Thermodynamics of small systems

Molecular Building bulks

Nanoclusters

Nanofluids

Thermal conductivity, Viscosity, and Rheological Properties of Nano-Fluid

Statitistical thermodynamics of bulk fluids

Direct Correlation Function

Small K Structure of Factor

Equation of state

Intermolecular Forces

Teaching

Recent Publications

Exploring the electrosorption and surface charge amplification at the ionic liquid/cavity interface: Influence of imidazolium alkyl chain length and the size of the spherical cavities of the porous electrode

Particle trapping by charged spherical cavity and its effect on ions adsorption, mean electric potential, and EDL capacitance curve

Effects of a tiny particle trapped in a spherical cavity on fluid structure, contact density, and capillary condensation (a DFT approach)

Influence of cation shape asymmetry on the interfacial features and capacitance curve of ionic liquids inside the spherical cavity of the porous electrode as an ionic liquid-based supercapacitor

The Effect of Stern Layer Thickness on the Diffuse Capacitance for Size Asymmetric Electrolyte

A new regularity used to predict the camel-bell shape transition in the capacitance curve of electric double layer capacitors

Ionic Competition over Adsorption into Charged Spherical Cavities Affecting the Shape of Electric Double Layer Capacitance Curve and Zeta Potential: A Density Functional Theory Study

Diffuse and Stern capacitances at the concave wall of spherical cavities by density functional theory

Effects of bispherical nanopore concavo-convex walls on fluid structure, tangential and normal pressure components, and the validity of well-established bulk regularities; a DFT approach

The effect of electro-neutrality violation inside a charged spherical cavity on the capacitance curve shape in DFT approach and interpretation of mean electrostatic potential

Ion selectivity by charged spherical cavities and investigation of intersection point for average cavity density versus electric potential (a DFT study)

Curvature dependence of the camel-bell curve transition on the capacitance curve of spherical electric double-layer in porous electrodes: Density Functional Theory

Normal and tangential components of pressure tensor in spherical cavities; an investigation of certain well-known bulk fluid regularities

Nanopipette and truncated cone pores; influence of the cone size and density on fluid structure and adsorption: DFT approach

Evaluation of the static electric field effects on freezing parameters of some food systems | [Évaluation des effets du champ électrique statique sur les paramètres de congélation de certains systèmes alimentaires]

Effects of fluid structure on wall pressure, interfacial tension, and surface adsorption at a spherical guest particle

Effects of the confinement on wall pressure, interfacial tension, and excess adsorption at the nanocylindrical wall

Investigation of alumina nanofluid stability using experimental and modified population balance methods

Investigation of some well known bulk fluid regularities for Lennard-Jones confined fluid in nanoslit pore

Theoretical investigation of nanoparticles aggregation effect on Water-alumina laminar convective heat transfer

Investigation of alumina nanofluid stability by UV–vis spectrum

The effects of inserting a tiny sphere in the center of a nanospherical pore on the structure, adsorption, and capillary condensation of a confined fluid (A DFT study)

Population inversion, selective adsorption, and demixing of Lennard-Jones fluids in nanospherical pores

Investigation of linear relationship between interfacial tension and excess adsorption of confined fluids in nanospherical pores

How the nonextensivity parameter affects energy fluctuations

Preparation of nanosized Cu2O and Cu/ Cu2O mixture using disproportionation reaction

Lateral Pressure Tensor of Confined Fluids in Nanoslit Pores

Population Inversion of Binary Lennard-Jones Mixtures in Nanoslit Pores (A Density Functional Theory Study)

E. keshavarzi, Statistical thermodynamics of macroscopic and nanoconfined fluids " 2011

Attractive energy contribution to nanoconfined fluids behavior: the normal pressure tensor

How Wall Curvature Affects the Structure of Fluid around a Cylindrical Nanoparticle: A DFT Approach

Quantum vibrational partition function in the non-extensive Tsallis framework

Behavior of confined fluids in nanoslit pores: the normal pressure tensor

Energy Effects on the Structure and Thermodynamic Properties of Nanoconfined Fluids (A Density Functional Theory Study)

Nano-Thermodynamics , nanoclusters and confined fluids, Workshop ,IUT, Isfahan, Iran.Spring 1387 (2008)

BEHAVIOR OF THE CONFINED HARD-SPHERE FLUID WITHIN NANOSLITS: A FUNDAMENTAL-MEASURE DENSITY-FUNCTIONAL THEORY STUDY

The entropy of fluids confined within nano pores by Density Functional Theory

Application of density functional theory to the structure of hard sphere fluid around different hard and soft spheres