Ahmaed kalaf, S., Gasem Mohamed, S. (2014). Calculation total mass stopping power (Collision and Radiation) for electrons in Semiconductor compound (ZnO) within low and medium energies. Alustath, 19(5), 122-127.
Shihab Ahmaed kalaf; Sabry Gasem Mohamed. "Calculation total mass stopping power (Collision and Radiation) for electrons in Semiconductor compound (ZnO) within low and medium energies". Alustath, 19, 5, 2014, 122-127.
Ahmaed kalaf, S., Gasem Mohamed, S. (2014). 'Calculation total mass stopping power (Collision and Radiation) for electrons in Semiconductor compound (ZnO) within low and medium energies', Alustath, 19(5), pp. 122-127.
Ahmaed kalaf, S., Gasem Mohamed, S. Calculation total mass stopping power (Collision and Radiation) for electrons in Semiconductor compound (ZnO) within low and medium energies. Alustath, 2014; 19(5): 122-127.

Calculation total mass stopping power (Collision and Radiation) for electrons in Semiconductor compound (ZnO) within low and medium energies

Tikrit Journal of Pure Science
Article 1, Volume 19, Issue 5, August 2014, Pages 122-127
Authors
Shihab Ahmaed kalaf; Sabry Gasem Mohamed
Abstract
Abstract
Charged particles interact with matter in several methods, one these method is Stopping Power .
In this research we have calculated total mass stopping power using [Bethe – Block] equations, in
Semiconductor Compound ZnO. within the range of energy (0.1 – 9) MeV .
The total mass stopping power include from two types of interactions, the first called collision stopping power (-
dE/ dx)col, and the Second radiation stopping power (-dE/dx)rad. the collision stopping power calculated using
Bethe equation , and the radiation calculated using three types of equations derived from [Bethe and Hietler]
equations .
The results have been compared with the data of Estar which shows a good agreement among the values that
using the MATLAB Program
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