## Charged beam interaction with solids |

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### Contents

Preface | 1 |

CHANNELLING AND BLOCKING | 9 |

QUANTUM EFFECTS IN ELECTRON | 23 |

Copyright | |

5 other sections not shown

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### Common terms and phrases

absorption coefficient angle anomalous absorption coefficient assume atomic atomic collisions atomic plane atomic row axial channelling axis backscattering Bethe-Bloch formula Bloch wave Bragg bremsstrahlung calculated channelling radiation Collision in Solids component computer simulation continuum potential corresponding Coulomb crystal Debye temperature Debye-Waller factor dechannelling defined derived diffusion coefficient distance dynamical surface potential effect electron beam electron density energy loss energy region experimental results formula fraction Green function high energy incident inelastic scattering Inserting equation integral intensity ion beam ion moving Japan Kikuchi patterns lattice vibration layer Lett Lindhard theory low energy matrix element momentum transfer neutralization obtain perpendicular phonon phonon excitation Phys planar channelling plasmon excitation protons quantum mechanics represented resonance Rutherford scattering scattering factor shown in figure single electron excitation stopping power surface plasmon take into account takes the form term transition probability transverse wake potential wave function wave number