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Oxides / Ultraviolet radiation / Intermolecular forces / Photocatalysis / Titanium dioxide / Superhydrophilicity / Hydrophobe / Zinc oxide / Brookite / Chemistry / Chemical properties / Photochemistry


Application of Titanium Dioxide Photocatalysis to Create Self-Cleaning Building Materials Roland Benedix1 Frank Dehn2 Jana Quaas, Marko Orgass3
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Document Date: 2006-02-03 00:34:36


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File Size: 192,72 KB

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Company

Honda / /

IndustryTerm

chemical reactants / spray-coating technology / band gap energy / chemical detergents / lowest energy level / plastics / minimum energy / potential applications / so-called band gap energy / exterior applications / metal oxides / energy level / charge-carrier generation / sedimentation technology / band energy positions / air conditioning systems / paint chalking / photocatalytic active metal oxides / solar energy / chemical reaction / e-) / paint / industrial products / metal surface / building materials / chemical conversion / energy difference / activation energy / energy / outdoor applications / /

MusicGroup

D / Valence / /

Organization

Universität Leipzig / Institut für Massivbau / /

Person

Jana Quaas / /

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Product

TiO2 suspension / /

Technology

semiconductor / sedimentation technology / semiconductors / spray-coating technology / technology of photocatalysis / /

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