This study has developed three Logistic Regression Models to determine and analyze the
factors that could affect knowledge, attitude and behavior of the urban poor concerning solid …

Binary stopping theory has been developed to characterize the electronic stopping of swift
heavy ions in matter. It is an extension of Bohr's classical theory of 1913 incorporating …

The K x-ray spectra of different targets (Cu, Zn, and Ge) induced by 3–5 MeV/u Si projectile
ions have been measured to determine the K-shell ionization cross section. A significant …

Fragmentation and ionization of C 60 are studied for electron capture and loss collisions of
fast Li q+(q= 0–3) projectiles at a velocity v= 3.38 au Production cross sections are …

We present experimental and theoretical values for the energy loss of H and He ions in Zinc
oxide, in mean value (stopping per unit path length) and mean square value (energy loss …

It is shown that the well-known density effect in the stopping power for fast ions, explained by
the gas–solid difference in the mean equilibrium ion charge, persists down to low energies …

Equilibrium charge state fractions have been measured for 3–7MeV lithium, boron and
carbon ions passing through thin foils of copper, silver, and gold. The current results are …

Equilibrium mean charge states have been measured for 3–7 MeV lithium, boron, and
carbon ions passing through thin carbon foils. The data are compared to the predictions of …

The statistical distributions of the number of forward-and backward-emitted secondary
electrons (SE's) from a thin carbon foil have been measured simultaneously in coincidence …

With 1MeV/u H+, He2+ and Li3+ beams incident on a carbon foil of 2.2 μg/cm2 in thickness,
the statistical distributions of the number of simultaneously emitted secondary electrons …