Lunar and Planetary Science thirteen

You must extract the zipped files before using. To begin viewing the abstracts, click on the file "index.html."Considers theoretical models for the composition of the Venus crust, the lunar crust, the prediction of phase relationships in planetary mantles, the volumetric analysis of complex lunar craters, grazing impacts on Mars, the determination of lunar structure by means of electrical conductivity and seismic experiments, results of studies on the Apollo 16 site rocks, as well as Apollo 14, 15 and 17 lunar glasses and regoliths, and carbon components and isotopic compositions of chondritic meteorites. Also discussed are iron meteorites, interplanetary dust and tektites, and such theoretical and experimental issues as refractory condensates and chondrules from solar furnace experiments, molecular synthesis through the irradiation of silicates, and the adsorption of excess fission Xe.Sponsored by NASA through the Lunar and Planetary Institute and the Johnson Space CenterCompiled by the Lunar and Planetary InstitutePARTIAL CONTENTS: Geologic Investigations with the Shuttle Imaging Radar Sir-A / Elachi, C. -- Genesis of Particulate Material in Terrestrial Deserts and Applications to Mars / El-Baz, F. -- Hibonite Condensation in the Solar Nebula / Fegley, M.B. -- Chondrule Compositions in Different Type Chondrites / Fredriksson, K. -- A Model for Scale Dependence of Crater Collapse with Acoustic Fluidization / Gaffney, E.S