Penetration of energetic charged particles through thick crystalline targets is reviewed. The
theory of multiple scattering and energy loss is modified to include channeling effects. The …

PII: 0168-583X(84)90577-9 Page 1 Nuclear Instruments and Methods in Physics Research B4
(1984) 337-345 North-Holland, Amsterdam 337 PROTON ENERGY LOSS IN SOLIDS EI …

Ab initio calculations of the electronic energy loss of ions moving in aluminum crystal are
presented, within linear-response theory, from a realistic description of the one-electron …

A survey is presented of current investigations of the impact of band structure effects on
various aspects of the interaction of charged particles with real solids. The role that …

The interactions of hydrogen molecular ions (H 2+) and protons in the low energy range (E<
7.5 ke V/u) with very thin foils of monocrystalline gold are experimentally studied …

The defects present in solid materials generally have important effects on the electronic,
structural, thermal, mechanical and other properties of these solids; a knowledge of these is …

A detailed theoretical analysis of experimental energy spectra of axial‐channeled protons
transmitted through thin silicon targets is performed by Monte Carlo calculations. Energy …

The stopping power of 30-to 1000-keV protons transmitted through silicon in random and
channeling (< 111>,< 110>, and< 112>) directions has been determined. It was found that …

The theory of charged particle energy loss by collisions as a function of impact parameter in
a crystal is developed on the basis of the quantum dielectric formalism. Simple and …

The electronic stopping power suffered by ions penetrating periodic crystals is investigated
within linear response theory. A full treatment of the dynamical response of valence …