Publications

  • Lillie, C.F., Hord, C.W., Pang,K., Space Sci. Rev., 21, 1 59, 1977.
    The Voyager Mission Photopolarimeter Experiment

  • Pryor, W.R. and C.W. Hord, Icarus, 91, 161-172, 1991, A study
    of photopolarimeter system UV absorption data on Jupiter,
    Saturn, Uranus, and Neptune:Implications for auroral haze
    Formation


  • Stone, E.C., et al., J. Geophys. Res., 86, A10, 1981, The Voyager
    Missions Through the Jupiter Encounters or Voyager Missions
    to Jupiter – Collection.


  • West, R.A., Kupferman, P.N., and Hart, H., Icarus, 61, 2, 1985,
    Voyager 1 Imaging and IRIS Observations of Jovian Methane
    Absorption and Thermal Emission: Implications for Cloud Structure


  • Esposito, L.W., et.al., Science, 222, 57, 1983, Eccentric Ringlet
    in the Maxwell Gap at 1.45 Saturn Radii: Multi-Instrument Voyager
    Observations


  • Esposito, L.W., O’Callaghan, M., West, R.A., Icarus, 56, 439, 1983.
    The Structure of Saturn’s Rings: Implications from the Voyager
    Stellar Occultation


  • Graps, A.L., Lane, A.L., Icarus, 67, 205, 1986. Voyager 2 Photopolarimeter
    Experiment: Evidence for Tenuous Outer Ring Material at Saturn.



  • Esposito, L.W., Icarus, 67, 345-357, 1986.
    Structure and Evolution of Saturn’s Rings


  • Pryor, W.R. and C.W. Hord, Icarus, 91, 161-172, 1991.
    A study of photopolarimeter system UV absorption data on Jupiter,
    Saturn, Uranus, and Neptune: Implications for auroral haze Formation


  • Thompson, W.T., Lumme, K., Irvine, W.M., Baum, W.A., Esposito, L.W., Icarus,
    46, 187, 1981. Saturn’s Rings: Azimuthal Variations, Phase, Curves,
    and Radial Profiles in Four Colors


  • West, R.A., et al., Icarus, 51, 51-64, 1982. Spatially Resolved Methane Band
    Photometry of Saturn I. Absolute Reflectivity and Center-to-Limb
    Variations in the 6190A, 7250A, and 8900A Bands


  • West, R.A., Icarus, 53, 301-309, 1983. Spatially Resolved Methane Band
    Photometry of Saturn II. The Cloud Structure Models at Four Latitudes


  • Colwell, J.E. and L.W. Esposito, J. Geophys. Res., 97, No. E6, 10,227-10,241,
    1992. Origins of the rings of Uranus and Neptune 1. Statistics of
    satellite disruptions.


  • Colwell, J.E. and L.W. Esposito, J. Geophys. Res., 92, No. E4, 1993.
    Origins of the Rings of Uranus and Neptune 2. Initial conditions and
    ring moon populations.


  • Colwell, J.E., Icarus, 106, 536-548, 1993.
    A General Formulation for the Distribution of Impacts and Ejecta
    from Small Planetary Satellites.


  • Colwell, J.E., Planet. Space Sci., 42, No. 12, 1139-1149, 1994. The
    disruption of planetary satellites and the creation of planetary rings.


  • Stoker, C.R. and Hord, C.W., Icarus, 64, 557-575, 1985.
    Vertical Cloud Structure of Jupiter’s Equatorial Plumes


  • Cuzzi, J.N., and Esposito, L.W., Scientific American, 255, 7, 52-66, 1987.
    The Rings of Uranus


  • Esposito, L.W. and J.E. Colwell, Nature, 339, No. 6226, 605-60, 1989.
    Creation of the Uranus rings and dust bands.


  • Colwell, J.E. and L.W. Esposito, Geophys. Res. Letters., 17, No. 10,
    1741-1744, 1990. A model of dust production in the Neptune ring system.


  • Stoker, C.R. and Hord, C.W., Icarus, 64, 557-575, 1985.
    Vertical Cloud Structure of Jupiter’s Equatorial Plumes


  • West, R.A., Icarus, 38, 12, 1979.
    Spatially Resolved Methane Band Photometry of Jupiter. I. Absolute
    Reflectivity and Center-to-Limb Variations in the 6190, 7250, and
    8900A Bands


  • West, R.A., Icarus, 38, 34, 1979.
    Spatially Resolved Methane Band Photometry of Jupiter. II. Analysis
    of the South Equatorial Belt and South Tropical Zone Reflectivity


  • West, R.A., Icarus, 41, 278, 1980.
    Spatially-Resolved Methane Band Photometry of Jupiter. III.


  • West, R.A., Geophysb. Res. Lett., 8, 7, 847, 1981.
    Sunlight Absorption by Aerosols in Jupiter’s Upper Atmosphere

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