Using Least squares methods and nonlinear regression Methods to Calculate the Approximate Value of Ionicity in Terms of the Energy Gap

The objective of the current study is to find the best mathematical models to calculate the estimated value of the ionization for the physical compounds of semiconductors based on the energy gap throughout using some numerical analysis methods as the least squares method. The best of its branches o...

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Main Authors: Ghassan E. Arif, Sura Y. Jaafar, Shymaa M. Abdullah
Format: Article
Language:English
Published: Tikrit University 2019-09-01
Series:Tikrit Journal of Pure Science
Subjects:
Online Access:https://tjpsj.org/index.php/tjps/article/view/424
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author Ghassan E. Arif
Sura Y. Jaafar
Shymaa M. Abdullah
author_facet Ghassan E. Arif
Sura Y. Jaafar
Shymaa M. Abdullah
author_sort Ghassan E. Arif
collection DOAJ
description The objective of the current study is to find the best mathematical models to calculate the estimated value of the ionization for the physical compounds of semiconductors based on the energy gap throughout using some numerical analysis methods as the least squares method. The best of its branches obtained is a nonlinear method of the second degree, we compare the new result with other methods and we obtained our new method is more accurate and efficiency. Another side we using some regression analysis methods as the regression method. The best of its branches obtained is a nonlinear method of the quadratic regression model.
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institution Matheson Library
issn 1813-1662
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publishDate 2019-09-01
publisher Tikrit University
record_format Article
series Tikrit Journal of Pure Science
spelling doaj-art-b6b4c6524acf4be5b84a3258abb7548d2025-07-14T01:50:44ZengTikrit UniversityTikrit Journal of Pure Science1813-16622415-17262019-09-0124510.25130/tjps.v24i5.424Using Least squares methods and nonlinear regression Methods to Calculate the Approximate Value of Ionicity in Terms of the Energy GapGhassan E. ArifSura Y. JaafarShymaa M. Abdullah The objective of the current study is to find the best mathematical models to calculate the estimated value of the ionization for the physical compounds of semiconductors based on the energy gap throughout using some numerical analysis methods as the least squares method. The best of its branches obtained is a nonlinear method of the second degree, we compare the new result with other methods and we obtained our new method is more accurate and efficiency. Another side we using some regression analysis methods as the regression method. The best of its branches obtained is a nonlinear method of the quadratic regression model. https://tjpsj.org/index.php/tjps/article/view/424Mathematical modelthe least squares methodnonlinear statistical regression methodionizationenergy gap
spellingShingle Ghassan E. Arif
Sura Y. Jaafar
Shymaa M. Abdullah
Using Least squares methods and nonlinear regression Methods to Calculate the Approximate Value of Ionicity in Terms of the Energy Gap
Tikrit Journal of Pure Science
Mathematical model
the least squares method
nonlinear statistical regression method
ionization
energy gap
title Using Least squares methods and nonlinear regression Methods to Calculate the Approximate Value of Ionicity in Terms of the Energy Gap
title_full Using Least squares methods and nonlinear regression Methods to Calculate the Approximate Value of Ionicity in Terms of the Energy Gap
title_fullStr Using Least squares methods and nonlinear regression Methods to Calculate the Approximate Value of Ionicity in Terms of the Energy Gap
title_full_unstemmed Using Least squares methods and nonlinear regression Methods to Calculate the Approximate Value of Ionicity in Terms of the Energy Gap
title_short Using Least squares methods and nonlinear regression Methods to Calculate the Approximate Value of Ionicity in Terms of the Energy Gap
title_sort using least squares methods and nonlinear regression methods to calculate the approximate value of ionicity in terms of the energy gap
topic Mathematical model
the least squares method
nonlinear statistical regression method
ionization
energy gap
url https://tjpsj.org/index.php/tjps/article/view/424
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AT surayjaafar usingleastsquaresmethodsandnonlinearregressionmethodstocalculatetheapproximatevalueofionicityintermsoftheenergygap
AT shymaamabdullah usingleastsquaresmethodsandnonlinearregressionmethodstocalculatetheapproximatevalueofionicityintermsoftheenergygap