## Experimental studies and a comprehensive theory of VH, VV and HH light scattering from triphenylphosphite |

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### Contents

EXPERIMENTAL | 4 |

BASIC LIGHT SCATTERING THEORY | 29 |

THREEVARIABLE THEORY OF VH DEPOLARIZED | 63 |

6 other sections not shown

### Common terms and phrases

additional adjustable parameters angular dependence antisymmetric antisymmetric components Appendix Bezot Brillouin peaks Chapter comprehensive theory coordinate rotation correction spectrum coupling determined dielectric fluctuations expression Fabry-Perot interferometer Figure finesse Fits to triphenylphosphite four-variable theory four-variable VH theory Fourier transform free spectral range half-width HH light scattering HH scattering high temperature high viscosity interferometer intermediate temperature intermolecular Kivelson liquid lorentzian low temperature spectra low-k molecular reorientation molecules non-zero obtained parameter values Phys piezo-electric polarization polystyrene predicted primary variable problem quantities ramp relative intensity Rytov doublet sample bath sample cell scattering angle secondary variables secular equation seven-variable theory shear waves side peaks simple theories spectrum of triphenylphosphite stress tensor Table temperature range theory of VH three-variable theory three-variable VH theory time-reversal symmetry traceless transport matrix two-variable theory VH and HH VH depolarized VH spectrum viscoelastic width xz xz xz xz yz zz zz