NEW APPROACH TO THE DETERMINATION OF PHASE EQUILIBRIUM IN THE Zn-Te SYSTEM

The polyassociative model of the liquid phase was applied to describe the phase equilibrium in the Zn-Te system. The thermodynamic functions describing the formation of liquid associates were obtained, taking into account the experimental data on the p-T-x equilibrium in the system. The model of po...

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Main Authors: PAWEL MOSKVIN, GRAZYNA OLCHOWIK, JAN M. OLCHOWIK, AGATA ZDYB, SLAWOMIR GULKOWSKI, WOJCIECH SADOWSKI
Format: Article
Language:English
Published: Gdańsk University of Technology 2011-04-01
Series:TASK Quarterly
Subjects:
Online Access:https://journal.mostwiedzy.pl/TASKQuarterly/article/view/1968
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author PAWEL MOSKVIN
GRAZYNA OLCHOWIK
JAN M. OLCHOWIK
AGATA ZDYB
SLAWOMIR GULKOWSKI
WOJCIECH SADOWSKI
author_facet PAWEL MOSKVIN
GRAZYNA OLCHOWIK
JAN M. OLCHOWIK
AGATA ZDYB
SLAWOMIR GULKOWSKI
WOJCIECH SADOWSKI
author_sort PAWEL MOSKVIN
collection DOAJ
description The polyassociative model of the liquid phase was applied to describe the phase equilibrium in the Zn-Te system. The thermodynamic functions describing the formation of liquid associates were obtained, taking into account the experimental data on the p-T-x equilibrium in the system. The model of polyassociative solutions with the parameters obtained in this work satisfactorily describes the p-T-x diagram of the system. The numerical results of the analysis of the phase equilibrium confirmed the possibility of applying the polyassociative model to the Zn-Te system in a wide temperature range.
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spelling doaj.art-734c228432aa4a13a006786bb56239422022-12-22T00:23:07ZengGdańsk University of TechnologyTASK Quarterly1428-63942011-04-01152NEW APPROACH TO THE DETERMINATION OF PHASE EQUILIBRIUM IN THE Zn-Te SYSTEMPAWEL MOSKVIN0GRAZYNA OLCHOWIK1JAN M. OLCHOWIK2AGATA ZDYB3SLAWOMIR GULKOWSKI4WOJCIECH SADOWSKI5Zhytomyr State Technological UniversityMedical University of LublinLublin University of Technology, Faculty of Environmental EngineeringLublin University of Technology, Faculty of Environmental EngineeringLublin University of Technology, Faculty of Environmental EngineeringGdansk University of Technology The polyassociative model of the liquid phase was applied to describe the phase equilibrium in the Zn-Te system. The thermodynamic functions describing the formation of liquid associates were obtained, taking into account the experimental data on the p-T-x equilibrium in the system. The model of polyassociative solutions with the parameters obtained in this work satisfactorily describes the p-T-x diagram of the system. The numerical results of the analysis of the phase equilibrium confirmed the possibility of applying the polyassociative model to the Zn-Te system in a wide temperature range. https://journal.mostwiedzy.pl/TASKQuarterly/article/view/1968phase equilibriasolubilityliquid phase epitaxyII-VI semiconductor compound
spellingShingle PAWEL MOSKVIN
GRAZYNA OLCHOWIK
JAN M. OLCHOWIK
AGATA ZDYB
SLAWOMIR GULKOWSKI
WOJCIECH SADOWSKI
NEW APPROACH TO THE DETERMINATION OF PHASE EQUILIBRIUM IN THE Zn-Te SYSTEM
TASK Quarterly
phase equilibria
solubility
liquid phase epitaxy
II-VI semiconductor compound
title NEW APPROACH TO THE DETERMINATION OF PHASE EQUILIBRIUM IN THE Zn-Te SYSTEM
title_full NEW APPROACH TO THE DETERMINATION OF PHASE EQUILIBRIUM IN THE Zn-Te SYSTEM
title_fullStr NEW APPROACH TO THE DETERMINATION OF PHASE EQUILIBRIUM IN THE Zn-Te SYSTEM
title_full_unstemmed NEW APPROACH TO THE DETERMINATION OF PHASE EQUILIBRIUM IN THE Zn-Te SYSTEM
title_short NEW APPROACH TO THE DETERMINATION OF PHASE EQUILIBRIUM IN THE Zn-Te SYSTEM
title_sort new approach to the determination of phase equilibrium in the zn te system
topic phase equilibria
solubility
liquid phase epitaxy
II-VI semiconductor compound
url https://journal.mostwiedzy.pl/TASKQuarterly/article/view/1968
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