The Langmuir and Freundlich isotherm equations have been widely used for interpreting various adsorption processes. There are, however, many serious mistakes in the literature in determination or calculation of thermodynamic parameters, especially in the determination of the change in the free energy of adsorption using Langmuir, Freundlich and Henry constants. Many authors used these constants for the determination of Delta G expressed instead of dimensionless in some concentration units (for example: 1 mol(-1), 1 g(-1), ml mg(-1), etc.)
This is a comparative analysis of popular methods currently in use to derive sorption thermodynamic ...
Contents Part I 1. Some definitions and concepts 2. Physisorption and chemisorption 3. Energetics: P...
Analytic expressions for unary and binary isosteric heats of adsorption as a function of the adsorbe...
The Langmuir and Freundlich isotherm equations have been widely used for interpreting various adsorp...
In this work, we discuss some results and statements recently published in the scientific adsorption...
If the measured isotherm data of an adsorption system are well described by the Freundlich equation,...
Adsorption is a process in which a substance that is in a liquid phase accumulates on a solid surfac...
For decades, adsorption has attracted the attention of many researchers worldwide, resulting in the ...
<p><sup>a</sup><i>k</i><sub>F</sub> in mg<sup>1–1/n</sup> L<sup>1/n</sup> g<sup>–1</sup>, <i>K</i><s...
Effect of temperature on the adsorption process will be reflected in the thermodynamic ...
The project aims to evaluate the accuracy and efficiency of two commonly used adsorption isotherm p...
Proper analysis of thermodynamic parameters obtained from adsorption data is a basic requirement for...
Up to the present time, the construction of a general theory of the equilibrium adsorption is a very...
For more than a century, monolayer adsorptions in which adsorbate molecules and adsorbing sites beha...
t The Langmuir equation is one of the most successful adsorption isotherm equations, being widely us...
This is a comparative analysis of popular methods currently in use to derive sorption thermodynamic ...
Contents Part I 1. Some definitions and concepts 2. Physisorption and chemisorption 3. Energetics: P...
Analytic expressions for unary and binary isosteric heats of adsorption as a function of the adsorbe...
The Langmuir and Freundlich isotherm equations have been widely used for interpreting various adsorp...
In this work, we discuss some results and statements recently published in the scientific adsorption...
If the measured isotherm data of an adsorption system are well described by the Freundlich equation,...
Adsorption is a process in which a substance that is in a liquid phase accumulates on a solid surfac...
For decades, adsorption has attracted the attention of many researchers worldwide, resulting in the ...
<p><sup>a</sup><i>k</i><sub>F</sub> in mg<sup>1–1/n</sup> L<sup>1/n</sup> g<sup>–1</sup>, <i>K</i><s...
Effect of temperature on the adsorption process will be reflected in the thermodynamic ...
The project aims to evaluate the accuracy and efficiency of two commonly used adsorption isotherm p...
Proper analysis of thermodynamic parameters obtained from adsorption data is a basic requirement for...
Up to the present time, the construction of a general theory of the equilibrium adsorption is a very...
For more than a century, monolayer adsorptions in which adsorbate molecules and adsorbing sites beha...
t The Langmuir equation is one of the most successful adsorption isotherm equations, being widely us...
This is a comparative analysis of popular methods currently in use to derive sorption thermodynamic ...
Contents Part I 1. Some definitions and concepts 2. Physisorption and chemisorption 3. Energetics: P...
Analytic expressions for unary and binary isosteric heats of adsorption as a function of the adsorbe...