Damping Effect on Stopping Power of Dicluster Hydrogen Ions

Abstract

Diclusters is the simplest case which consists is of a pair of ions Z1, Z2 in correlated motion; a structure may be obtained by the incidence of diatomic molecules. The aim of the present study is to study the stopping power of the hydrogen dicluster (Z1=Z2=1) with internuclear distance r12 for three electron targets (Se (rs=1.84), Bi (rs=2.17), Cs (rs=5.88)) with and with not damping at high and low velocities. The results also showed detailed behavior of the dicluster ions of its duality interactions with three electron gas targets medium of short and long range collision belongs to each single ion and collective effect respectively, where the effect of the velocity (v), internuclear distance (r12), damping factor (γ). This search gives detail studying about stopping power at different adverbs and effect of different parameters.

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