Mohammed Nazar Mohammed1*
1 Salahdeen Education Directorate, Department of Alduluiya Education , Salahaddin ,IRAQ
*Corresponding Author: moh.nz.2023@gmail.com
Received 16 march. 2024, Accepted 20 June. 2025, published 30 Dec. 2025.
AbstractKey wordsDOI
The quantum theory of scattering of electromagnetic waves by charged particles is known as Compton effect which can give us valuable information about the electronic structure of transition metals and alloys. In this study it was calculated the Electronic State for two (W-Cu) alloys, where Compton profile (CP) for W, Cu elements it was calculated theoretically by using the Renormalized Free Atom (RFA) model, The study found that the best electronic configuration for the two elements is: (5d5-6s1) and (3d9.9-4s1.1) respectively after has been compared the results that have been obtained with the available experimental values, Free atom (FA) data has also been added for two elements in the study. Also found Compton profile (CP) for the two alloys (W60%-Cu40%),(W72%-Cu28%) using the Superposition model and the results were compared with the available experimental values and Augmented Plane Wave (APW) data respectively. the calculations theoretical for Superposition model was give a better agreement with available experimental values.
Compton profile(CP), The Renormalized Free-Atom model, (Superposition) model, Compton scattering, alloys.
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