Interaction of energetic charged particles with solids: a summer school in memory of Cavid Erginsoy, held at Robert College, Istanbul, Turkey, August 16-28, 1971
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Stopping Power and Range Energy Relations H E Schiott
Semiconductor Detectors G Dearnaley
Secondary Electron Emission K Dettmann
10 other sections not shown
alpha particles angle angular distribution angular-correlation annealing annihilation approximation atomic collisions atomic row atoms beam Born-Mayer calculation carbon atoms channeled particles charged particles continuum continuum theory cross section crystallite curve defects dependence dielectric diffusion direction displacement Doppler broadening effect electrical electron gas Electron Hole emission energy loss equation Erginsoy etching excitation experiment experimental Fano factor Figure Firsov fission function germanium H-center high energy impurity incident interaction interatomic potential interstitial ion implantation ionization ionizing radiation irradiation kinetic lattice atoms lifetime Lindhard low energy measurements metals momentum neutron nuclear observed obtained oscillations parameter particle channeling peak Phys plane plasma plasma oscillations plasmon positron protons R.M.Walker radiation damage range recoil region Rutherford scattering samples screening semiconductor detector shown in Fig shows silicon solid stopping power surface technique temperature theoretical theory thermal Thomas-Fermi tion track trajectories trapping vacancy values velocity width