Energy Loss of Protons Beam in Liquid Water and DNA - Hammadi, Alaa;Ahmad, Khalid
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In the present work the dielectric formalism like Plasmon Pole Approximation (PPA) has been used to calculate the probability for an energetic proton and -particle to produce electronic excitations in two targets of high biological interest, namely, liquid water and DNA . Also, the effects of ionization fraction calculate the Partial Stopping Power Effective Charge (PSPEC) of ( Au, C, Al, Cs) , liquid water and DNA has been studied taking in to consideration electronic excitation in the target. Bragg rule has been used in calculation, but there is a need to pay more attention to investigate the kind of bond on energy loss.…mehr

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Produktbeschreibung
In the present work the dielectric formalism like Plasmon Pole Approximation (PPA) has been used to calculate the probability for an energetic proton and -particle to produce electronic excitations in two targets of high biological interest, namely, liquid water and DNA . Also, the effects of ionization fraction calculate the Partial Stopping Power Effective Charge (PSPEC) of ( Au, C, Al, Cs) , liquid water and DNA has been studied taking in to consideration electronic excitation in the target. Bragg rule has been used in calculation, but there is a need to pay more attention to investigate the kind of bond on energy loss.
Autorenporträt
¿ Born in Baghdad, Iraq in 1978.¿ He holds a bachelor's degree in physics al-Mustansiriya University - College of Science in 1998-2002¿ He holds a master's degree in atomic physics al-Mustansiriya University - College of Science in 2014.¿ Currently works at the Ministry of Science and Technology - Environment and Water Directorate.