## Direct nuclear reaction theories |

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### Contents

Wave Packets | 1 |

Direct Reactions | 19 |

Some Useful Formulas | 45 |

Copyright | |

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### Common terms and phrases

adiabatic analysis angular distributions angular momentum antisymmetrized approximation asymptotic average Chapter coefficients computed contributions coordinates Coulomb coupled equations coupled-channels deformed density matrix dependence derived deuteron deuteron stripping discussion distorted waves distorting potential DW amplitude DW calculations DW theory effects eigenfunctions eigenstates elastic exchange terms excitation exit channels expansion experiments expression finite-range flux form factors G. R. Satchler Green's function incident inelastic scattering inserted interaction introduced knockon term L-space magnitude method MeV bombarding energy microscopic momenta multipole multipole expansion neutron normalization Nucl nuclear matrix nuclear reactions nuclear surface nucleons obtained operator optical potential orbitals outgoing overlap p-matrix parameters particles Phys plane wave polarization projectile properties proton radial wavefunctions reaction mechanisms reduced relative wavefunctions resonances result scattered amplitudes Schrodinger equation shell-model single-particle solution SP factors spin stationary-state strongly-absorbed target nucleus tend transfer treated two-nucleon values variables wave packet wavefunction y>A and y>B yields zero-range