## Atomic collisions at intermediate energies |

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### Contents

Introduction | 2 |

Differential Cross Section for Elastic Scattering | 8 |

References | 29 |

9 other sections not shown

### Common terms and phrases

angular distribution beam produced Born approximation center-of-mass close-coupling approximation closure approximation collisional electron detachment coordinates curve detachment cross section Detachment of H differential cross section effect of target eigenstates eikonal approximation elastic electron elastic scattering electron-detachment differential cross evaluated exchange effect formulation forward direction Glauber approximation Green's function ground-state atomic form-factor H atom H beam H Ions H targets H~-ion collisions Hartree-Fock helium help of Eqs high energies hydrogen ikf-R incident electron incident negative ion incident particle incoherent scattering inelastic intermediate energies J. C. Y. Chen laboratory energy logarithmic singularities matrix element Molec momentum transfer neutral beam non-detachment differential cross P. G. Burke P.VP phase Phys potential presented in Figs scattering amplitude scattering at energy scattering of electrons SECTION FOR H sections for elastic sections for H~-ion semiclassical small-angle scattering static-exchange takes the form target atom target distortion target with laboratory transition amplitude wave function