## Polarized Proton Studies of 160 Through the Region of the Giant Dipole ResonanceDepartment of Physics, Stanford University., 1977 - Angular correlations (Nuclear physics) - 138 pages |

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### Contents

GENERAL CONSIDERATIONS | 7 |

EXPERIMENTAL APPARATUS FOR NpYQ O | 14 |

EXPERIMENTAL RESULTS AND DISCUSSION | 38 |

5 other sections not shown

### Common terms and phrases

amplitudes and phases analysis analyzing power angular distribution measurements angular momentum approximately associated Legendre polynomial beam polarization cell pressures channel spin contributions correlation Coulomb crystal determined Doctor of Philosophy E2 cross section E2 radiation E2 resonance E2 strength elastic scattering energy points Ep(MeV equation errors experiments F-wave Fitted associated Legendre Fitted Legendre polynomial functions of cross gas cell gas handling system GDR region geometry giant dipole resonance Hyperfine levels included isovector Legendre and associated Legendre polynomial coefficients lp-lh magnetic measured 90 mixing parameters neutron polarization nuclei nucleon obtained ooooooooooooooo particle peak phase difference phase shifts polarization measurements polarized proton polynomial coefficients l5 proton reaction matrix elements resonance structure scattering amplitude secondary doorways section and analyzing shell model shown in Figure shows solid angle solution spherical harmonic studied sum rule target total cross section v-ray values Wang and Shakin width