Orlando / Caracas / Hyderabad / New York / Torino / Harrison / Amsterdam / Gaithersburg / London / San Diego / Delville / Skipper / /
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Los Alamos National Laboratory / Cambridge University Press / Accelerys Inc / Plenum Press / Laird / Wilson / Universities Press / C2 / Lipsicas / Kraft Foods / /
Country
Venezuela / Italy / United States / United Kingdom / India / /
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USD / / /
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National Institute / University of Torino / HarVard UniVersity / National Institute of Standard / / /
IndustryTerm
clear solution / hexagonal network / isolated interacting systems / water-clay systems / nuclear site / energy / periodic systems / oxygen site / electrostatic energy / molecular recovery systems / interlayer aqueous solution / aqueous solutions / space / technological and industrial applications / /
Movie
A. D. / /
Organization
V(rc) / Cambridge University / HarVard UniVersity / DEAS / Department of Physics / Mineralogical Society / Physical and Chemical Properties DiVision / National Institute of Standard and Technology / National Institute of Standard / US Federal Reserve / University of Torino / Nanotechnology Lab / /
Person
Jesus Rodrı´guez / Prasad / V / Vega / Nat / Lal / Santiago Coll / † Yamil / Carlos Gonzalez / Hehre / Bougeard / Manuel Marquez / David A. Weitz / Shirsat / /
Position
D. J. / Walker / D. A. Clays Clay Miner / R. N. / Governor / Clays Clay Miner / experimental proce* Corresponding author / /
Product
Mg atom / /
ProvinceOrState
Maryland / Illinois / New Mexico / California / Massachusetts / Northern Territory / /
8946 J. Phys. Chem. B 2003, 107, [removed]Electrostatics for Exploring the Nature of Water Adsorption on the Laponite Sheets’ Surface