Nanomaterial-based adsorption processing and catalysis
AssigneeDrexel University
InventorsMichel W. Barsoum, Hussein O. Badr, Joshua Snyder
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Abstract
A method, comprising: contacting a composition comprising metal oxide-based nanofilaments to an initial sample that comprises a metal ion and/or a metal under such conditions that at least some of the metal ion and/or the metal associates with the metal oxide nanofilaments, the metal oxide nanofilaments having a lepidocrocite structure and the metal oxide nanofilaments optionally comprising titanium, and optionally comprising illuminating the composition and metal oxide nanofilaments and/or metal.
Claims15
A method, comprising:
- contacting a composition comprising metal oxide-based nanofilaments to an initial sample that comprises a metal ion and/or a metal under such conditions that at least some of the metal ion and/or the metal associates with the metal oxide nanofilaments,
- the metal oxide nanofilaments having a lepidocrocite structure and the metal oxide nanofilaments optionally comprising titanium;
- and
- optionally comprising illuminating the composition and metal oxide nanofilaments and/or metal.
A composition, comprising a metal oxide nanofilaments having at least two different metal salts associated therewith.
A method, comprising:
- contacting (i) a composition comprising metal oxide nanofilaments with at least one metal of a metal salt associated therewith and (ii) solution to as to catalyze a reaction within the solution,
- the metal oxide nanofilaments optionally comprising titanium, and
- the metal oxide nanofilaments having a lepidocrocite structure.
Dependencies are inferred from the claim text.