Research Paper: Simulated Calculation of Scattering Cross Section of Proton-Deuteron to Helium-Pion Chain Decay Using Chiral Perturbation Theory

In this research, the chiral perturbation theory and the mechanism of three-body forces, which are of great importance, are employed through simulations to investigate the chain interaction. In the following, important parameters such as scattering amplitude ratio, decay rate, and scattering cross s...

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Main Author: Mojtaba Goodarzi
Format: Article
Language:fas
Published: Alzahra University 2022-06-01
Series:فیزیک کاربردی ایران
Subjects:
Online Access:https://jap.alzahra.ac.ir/article_6211_8a414f6fae2e89debcbea8d6f84ab606.pdf
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author Mojtaba Goodarzi
author_facet Mojtaba Goodarzi
author_sort Mojtaba Goodarzi
collection DOAJ
description In this research, the chiral perturbation theory and the mechanism of three-body forces, which are of great importance, are employed through simulations to investigate the chain interaction. In the following, important parameters such as scattering amplitude ratio, decay rate, and scattering cross section of this decay have been calculated. Due to the fact that in nuclear processes, accuracy up to the next to leading order (NLO) can reduce the error rate to a high extent, the calculations performed in this research have been done up to (NLO). The obtained results are highly consistent with the experimental results.
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spelling doaj.art-b6122793b5a548a9abe54e43798dc9bb2022-12-22T00:35:44ZfasAlzahra Universityفیزیک کاربردی ایران2783-10432783-10512022-06-01122889810.22051/ijap.2022.38095.12436211Research Paper: Simulated Calculation of Scattering Cross Section of Proton-Deuteron to Helium-Pion Chain Decay Using Chiral Perturbation TheoryMojtaba Goodarzi0Assistant Professor, Department of physics, Arak University of TechnologyIn this research, the chiral perturbation theory and the mechanism of three-body forces, which are of great importance, are employed through simulations to investigate the chain interaction. In the following, important parameters such as scattering amplitude ratio, decay rate, and scattering cross section of this decay have been calculated. Due to the fact that in nuclear processes, accuracy up to the next to leading order (NLO) can reduce the error rate to a high extent, the calculations performed in this research have been done up to (NLO). The obtained results are highly consistent with the experimental results.https://jap.alzahra.ac.ir/article_6211_8a414f6fae2e89debcbea8d6f84ab606.pdfscattering amplitudecross sectionthree- body forces
spellingShingle Mojtaba Goodarzi
Research Paper: Simulated Calculation of Scattering Cross Section of Proton-Deuteron to Helium-Pion Chain Decay Using Chiral Perturbation Theory
فیزیک کاربردی ایران
scattering amplitude
cross section
three- body forces
title Research Paper: Simulated Calculation of Scattering Cross Section of Proton-Deuteron to Helium-Pion Chain Decay Using Chiral Perturbation Theory
title_full Research Paper: Simulated Calculation of Scattering Cross Section of Proton-Deuteron to Helium-Pion Chain Decay Using Chiral Perturbation Theory
title_fullStr Research Paper: Simulated Calculation of Scattering Cross Section of Proton-Deuteron to Helium-Pion Chain Decay Using Chiral Perturbation Theory
title_full_unstemmed Research Paper: Simulated Calculation of Scattering Cross Section of Proton-Deuteron to Helium-Pion Chain Decay Using Chiral Perturbation Theory
title_short Research Paper: Simulated Calculation of Scattering Cross Section of Proton-Deuteron to Helium-Pion Chain Decay Using Chiral Perturbation Theory
title_sort research paper simulated calculation of scattering cross section of proton deuteron to helium pion chain decay using chiral perturbation theory
topic scattering amplitude
cross section
three- body forces
url https://jap.alzahra.ac.ir/article_6211_8a414f6fae2e89debcbea8d6f84ab606.pdf
work_keys_str_mv AT mojtabagoodarzi researchpapersimulatedcalculationofscatteringcrosssectionofprotondeuterontoheliumpionchaindecayusingchiralperturbationtheory