Professor Ezat (Tahmineh) Keshavarzi

keshavrz@iut.ac.ir

Office

Room No. 514, Department of Chemistry, Isfahan University of Technology, Isfahan, 84156-83111, IRAN

Phone

+98 313 3913281

Fax

+98 313 3912350

Research Interests

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

type: Journal
Title	Date
Surface Charge Regulation on the Concave Wall of a Spherical Silica Pore, Impact of the EDL Overlap, Potential Drop in the Stern Region, and Deviation from the Electroneutrality Principle	2024-05
Modeling the Electric Double Layer at the Liposome Vesicle via Classical Density Functional Theory: Solution of Poisson's Equations for Curved Membranes	2024-03
The impurity effect on the capacitance of ionic liquid-based supercapacitors: A classical density functional theory study of ionic liquids inside the spherical cavity of the porous electrode	2023-08
Effect of solvent on electric double layer capacitance and over screening inside spherical cavity by density functional theory	2023-05
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	2023-03
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	2022-09
The Effect of Stern Layer Thickness on the Diffuse Capacitance for Size Asymmetric Electrolyte inside the Charged Spherical Cavities by Density Functional Theory	2022-04
Effects of a tiny particle trapped in a spherical cavity on fluid structure, contact density, and capillary condensation (a DFT approach)	2022-01
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	2021-11
A new regularity used to predict the camel?bell shape transition in the capacitance curve of electric double layer capacitors	2021-05