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- Superhydrophilicity abstract "Under light irradiation, water dropped onto titanium dioxide forms no contact angle (almost 0 degrees). This effect, called superhydrophilicity, was discovered in 1995 by the Research Institute of Toto Ltd. for titanium dioxide irradiated by sunlight.Superhydrophilic material has various advantages. For example, it can defog glass, and it can also enable oil spots to be swept away easily with water. Such materials are already commercialized as door mirrors for cars, coatings for buildings, self-cleaning glass, etc.Several mechanisms of this superhydrophilicity have been proposed by researchers. One is the change of the surface structure to a metastable structure, and another is cleaning the surface by the photodecomposition of dirt such as organic compounds adsorbed on the surface, after either of which water molecules can adsorb to the surface. The mechanism is still controversial, and it is too soon to decide which suggestion is correct. To decide, atomic scale measurements and other studies will be necessary.".
- Superhydrophilicity wikiPageID "1958621".
- Superhydrophilicity wikiPageLength "1739".
- Superhydrophilicity wikiPageOutDegree "11".
- Superhydrophilicity wikiPageRevisionID "505051430".
- Superhydrophilicity wikiPageWikiLink Adsorption.
- Superhydrophilicity wikiPageWikiLink Category:Chemical_properties.
- Superhydrophilicity wikiPageWikiLink Contact_angle.
- Superhydrophilicity wikiPageWikiLink Metastability.
- Superhydrophilicity wikiPageWikiLink Organic_compound.
- Superhydrophilicity wikiPageWikiLink Photodissociation.
- Superhydrophilicity wikiPageWikiLink Self-cleaning_glass.
- Superhydrophilicity wikiPageWikiLink Sunlight.
- Superhydrophilicity wikiPageWikiLink Titanium_dioxide.
- Superhydrophilicity wikiPageWikiLink Toto_Ltd..
- Superhydrophilicity wikiPageWikiLink Ultrahydrophobicity.
- Superhydrophilicity wikiPageWikiLinkText "Superhydrophilicity".
- Superhydrophilicity wikiPageWikiLinkText "superhydrophilic".
- Superhydrophilicity wikiPageWikiLinkText "superhydrophilicity".
- Superhydrophilicity wikiPageUsesTemplate Template:Citation_needed.
- Superhydrophilicity wikiPageUsesTemplate Template:Reflist.
- Superhydrophilicity subject Category:Chemical_properties.
- Superhydrophilicity type Property.
- Superhydrophilicity comment "Under light irradiation, water dropped onto titanium dioxide forms no contact angle (almost 0 degrees). This effect, called superhydrophilicity, was discovered in 1995 by the Research Institute of Toto Ltd. for titanium dioxide irradiated by sunlight.Superhydrophilic material has various advantages. For example, it can defog glass, and it can also enable oil spots to be swept away easily with water.".
- Superhydrophilicity label "Superhydrophilicity".
- Superhydrophilicity sameAs Q7643448.
- Superhydrophilicity sameAs m.068_x9.
- Superhydrophilicity sameAs Q7643448.
- Superhydrophilicity wasDerivedFrom Superhydrophilicity?oldid=505051430.
- Superhydrophilicity isPrimaryTopicOf Superhydrophilicity.