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Nanoporous materials for energy and the environment [electronic resource] / edited by Gilbert Rios, Gabriele Centi, Nick Kanellopoulos.

Contributor(s): Material type: TextPublication details: Boca Raton, Fla. : Pan Stanford Pub., 2012.Description: xiv, 297 p. : ill. (some col.)ISBN:
  • 9789814303125 (ebook : PDF)
Subject(s): Genre/Form: Additional physical formats: No titleOnline resources: Available additional physical forms:
  • Also available in print edition.
Contents:
1. Self-organized hybrid membranes : toward a supramolecular proton conduction function -- 2. Design and applications of multifunctional catalysts based on inorganic oxides -- 3. Use of chemometric analysis in the characterization of the adsorption properties of nanoporous solids -- 4. Molecular modeling and polymer behavior -- 5. Modeling of gas transport properties and its use for structural characterization of mesoporous solids -- 6. Membrane modeling and simulation across scales -- 7. Hybrid modeling of membrane processes -- 8. Membranes for energy -- 9. Carbon nanotubes for energy applications -- 10. Ceramic membranes for gas treatment and separation -- 11. Multifunctionnal [sic] membranes based on photocatalytic nanomaterials -- 12. Nanostructured titania thin films for solar use in energy applications -- 13. Inorganic membrane reactors for energy applications.
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Includes bibliographical references.

1. Self-organized hybrid membranes : toward a supramolecular proton conduction function -- 2. Design and applications of multifunctional catalysts based on inorganic oxides -- 3. Use of chemometric analysis in the characterization of the adsorption properties of nanoporous solids -- 4. Molecular modeling and polymer behavior -- 5. Modeling of gas transport properties and its use for structural characterization of mesoporous solids -- 6. Membrane modeling and simulation across scales -- 7. Hybrid modeling of membrane processes -- 8. Membranes for energy -- 9. Carbon nanotubes for energy applications -- 10. Ceramic membranes for gas treatment and separation -- 11. Multifunctionnal [sic] membranes based on photocatalytic nanomaterials -- 12. Nanostructured titania thin films for solar use in energy applications -- 13. Inorganic membrane reactors for energy applications.

Also available in print edition.

Mode of access: World Wide Web.

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