Application of kinetic model of adsorption for Elovich and the intraparticles diffusion, the Sticking probability (S*), Tempkin isotherm on some different aromatic and aliphatic acids

Application of kinetic model of adsorption for Elovich and the intraparticles diffusion, the Sticking probability (S*), Tempkin isotherm on some different aromatic and aliphatic acids

This study is including application of the kinetic model of Elovich equation to calculate the initial rate of adsorption (α) and desorption constant (β), Tempkin constant (B<sub>T</sub>) which refer to the relation with surface capacity of adsorped solid, the potential sticking probabili...

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Main Author: Khaleel Al-Niemi
Format: Article
Language:Arabic
Published: College of Education for Pure Sciences 2019-03-01
Series:مجلة التربية والعلم
Online Access:https://edusj.mosuljournals.com/article_161054_6350f224bc6cbd2e2667a4aa2bc8e32c.pdf
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spelling doaj-93db663527f34dffa4d74817c88a7eec2020-11-25T01:37:52ZaraCollege of Education for Pure Sciencesمجلة التربية والعلم1812-125X2664-25302019-03-0128124627210.33899/edusj.2019.161054161054Application of kinetic model of adsorption for Elovich and the intraparticles diffusion, the Sticking probability (S*), Tempkin isotherm on some different aromatic and aliphatic acidsKhaleel Al-NiemiThis study is including application of the kinetic model of Elovich equation to calculate the initial rate of adsorption (α) and desorption constant (β), Tempkin constant (B<sub>T</sub>) which refer to the relation with surface capacity of adsorped solid, the potential sticking probability (S*) and apparent activation energy was determined which indicate that of lower temperature of solution favorite the removal by adsorption. The values of (S*) less than one this indicates that the sticking is favorite and physical mechanism predominate. The initial rate constant of intraparticles diffusion was calculated. these studies applied on some amino acids, aliphatic and aromatic dicarboxylic acids as well as α- hydroxyl acids, and aromatic acids.  <br /> (Key words): Kinetic model , Elovich , Intraparticles , Sticking probability , Tempkin isotherm , Aromatic and aliphatic.https://edusj.mosuljournals.com/article_161054_6350f224bc6cbd2e2667a4aa2bc8e32c.pdf
collection DOAJ
language Arabic
format Article
sources DOAJ
author Khaleel Al-Niemi
spellingShingle Khaleel Al-Niemi
Application of kinetic model of adsorption for Elovich and the intraparticles diffusion, the Sticking probability (S*), Tempkin isotherm on some different aromatic and aliphatic acids
مجلة التربية والعلم
author_facet Khaleel Al-Niemi
author_sort Khaleel Al-Niemi
title Application of kinetic model of adsorption for Elovich and the intraparticles diffusion, the Sticking probability (S*), Tempkin isotherm on some different aromatic and aliphatic acids
title_short Application of kinetic model of adsorption for Elovich and the intraparticles diffusion, the Sticking probability (S*), Tempkin isotherm on some different aromatic and aliphatic acids
title_full Application of kinetic model of adsorption for Elovich and the intraparticles diffusion, the Sticking probability (S*), Tempkin isotherm on some different aromatic and aliphatic acids
title_fullStr Application of kinetic model of adsorption for Elovich and the intraparticles diffusion, the Sticking probability (S*), Tempkin isotherm on some different aromatic and aliphatic acids
title_full_unstemmed Application of kinetic model of adsorption for Elovich and the intraparticles diffusion, the Sticking probability (S*), Tempkin isotherm on some different aromatic and aliphatic acids
title_sort application of kinetic model of adsorption for elovich and the intraparticles diffusion, the sticking probability (s*), tempkin isotherm on some different aromatic and aliphatic acids
publisher College of Education for Pure Sciences
series مجلة التربية والعلم
issn 1812-125X
2664-2530
publishDate 2019-03-01
description This study is including application of the kinetic model of Elovich equation to calculate the initial rate of adsorption (α) and desorption constant (β), Tempkin constant (B<sub>T</sub>) which refer to the relation with surface capacity of adsorped solid, the potential sticking probability (S*) and apparent activation energy was determined which indicate that of lower temperature of solution favorite the removal by adsorption. The values of (S*) less than one this indicates that the sticking is favorite and physical mechanism predominate. The initial rate constant of intraparticles diffusion was calculated. these studies applied on some amino acids, aliphatic and aromatic dicarboxylic acids as well as α- hydroxyl acids, and aromatic acids.  <br /> (Key words): Kinetic model , Elovich , Intraparticles , Sticking probability , Tempkin isotherm , Aromatic and aliphatic.
url https://edusj.mosuljournals.com/article_161054_6350f224bc6cbd2e2667a4aa2bc8e32c.pdf
work_keys_str_mv AT khaleelalniemi applicationofkineticmodelofadsorptionforelovichandtheintraparticlesdiffusionthestickingprobabilitystempkinisothermonsomedifferentaromaticandaliphaticacids
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