Characterization of soil and postlaunch pad debris from Cape Canaveral launch complex and analysis of soil interaction with aqueous HCl
G. L. Pellett, United States. National Aeronautics and Space Administration. Scientific and Technical Information Branch
National Aeronautics and Space Administation, Scientific and Technical Information Branch, 1982 - Science - 21 pages
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40 at Cape 40 g HCl/kg adsorption alumina aqueous HCl cloud condensation nuclei coagulation compositions of near-field cumulative mass fraction demonstrated time dependency dependency of neutralization Differential and cumulative distribution of entrained distributions of KSC dry or wet entrained soil mass entrained-soil mass Feldspar four soil samples fraction of soil G. L. Pellett giant cloud condensation HCl(aq HCl/kg soil Heavy minerals incremental mass fraction Kennedy Space Center KSC soil sample L. W. Spangler Langley Research Center Launch Complex 40 log-parabolic mentation mineralogy NASA near-field wet deposition neutralization capacity Normalized cumulative mass organic matter pad debris pad-debris sample particle size particle-size percent pm are conservatively POSTLAUNCH PAD postlaunch-pad-debris sample quartz R. J. Bendura R. W. Storey reaction under acidic refs scavenging with reaction sedimentation short-term chemical sink silica slurries soil particles solid-rocket exhaust clouds SRM exhaust cloud terminal velocity Titan III Launch titration total HCl wet deposition occurring