University-college of education Ibn Al-Haitham, B., University, A., N.Sarsam, D., Mohammed Saied, D., Osamah Nawfal Oudah, A. (2013). Stopping Power for Proton Interacting with Aluminum, Beryllium and Carbon Using Different Formulas. , 13(1), 1-10.
Baghdad University-college of education Ibn Al-Haitham; AL-Qadisiya University; Dr.Maher N.Sarsam; Dr.Bashair Mohammed Saied; and Osamah Nawfal Oudah. "Stopping Power for Proton Interacting with Aluminum, Beryllium and Carbon Using Different Formulas". , 13, 1, 2013, 1-10.
University-college of education Ibn Al-Haitham, B., University, A., N.Sarsam, D., Mohammed Saied, D., Osamah Nawfal Oudah, A. (2013). 'Stopping Power for Proton Interacting with Aluminum, Beryllium and Carbon Using Different Formulas', , 13(1), pp. 1-10.
University-college of education Ibn Al-Haitham, B., University, A., N.Sarsam, D., Mohammed Saied, D., Osamah Nawfal Oudah, A. Stopping Power for Proton Interacting with Aluminum, Beryllium and Carbon Using Different Formulas. , 2013; 13(1): 1-10.

Stopping Power for Proton Interacting with Aluminum, Beryllium and Carbon Using Different Formulas

journal of al-qadisiyah for pure science(quarterly)
Article 1, Volume 13, Issue 1, 2013, Pages 1-10    PDF (0 K)
Authors
Baghdad University-college of education Ibn Al-Haitham; AL-Qadisiya University; Dr.Maher N.Sarsam; Dr.Bashair Mohammed Saied; and Osamah Nawfal Oudah
Abstract
Abstract
Stopping power for proton interaction with Aluminum, Beryllium and Carbon for energies range from 1 to 12 MeV has been studied. The numerical calculations and analysis of Bethe, Ziegler equations, SRIM and PSTAR software was done using Matlab program. Results of the four methods are presented as tables and figures. We formulate three different power equations expressing the stopping power values in terms of the studied energy range.
Keywords
Stopping Power; SRIM; PSTAR; Bethe equation; Ziegler equation energy loss
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