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- Lotus_effect abstract "The lotus effect refers to self-cleaning properties that are a result of very high water repellence (superhydrophobicity), as exhibited by the leaves of the lotus flower (Nelumbo).Dirt particles are picked up by water droplets due to the micro- and nanoscopic architecture on the surface, which minimizes the droplet's adhesion to that surface.Superhydrophobicity and self-cleaning properties are also found in other plants, such as Tropaeolum (nasturtium), Opuntia (prickly pear), Alchemilla, cane, and also on the wings of certain insects.The phenomenon of superhydrophobicity was first studied by Dettre and Johnson in 1964 using rough hydrophobic surfaces. Their work developed a theoretical model based on experiments with glass beads coated with paraffin or PTFE telomer. The self-cleaning property of superhydrophobic micro-nanostructured surfaces was studied by Barthlott and Ehler in 1977, who described such self-cleaning and superhydrophobic properties for the first time as the "lotus effect"; perfluoroalkyl and perfluoropolyether superhydrophobic materials were developed by Brown in 1986 for handling chemical and biological fluids. Other biotechnical applications have emerged since the 1990s.".
- Lotus_effect thumbnail LotusEffekt1.jpg?width=300.
- Lotus_effect wikiPageExternalLink File:LotuseffectAnimation.ogg.
- Lotus_effect wikiPageExternalLink www.lotus-salvinia.de.
- Lotus_effect wikiPageExternalLink article.cfm?id=self-cleaning-materials.
- Lotus_effect wikiPageID "2174453".
- Lotus_effect wikiPageLength "13996".
- Lotus_effect wikiPageOutDegree "36".
- Lotus_effect wikiPageRevisionID "679927118".
- Lotus_effect wikiPageWikiLink Alchemilla.
- Lotus_effect wikiPageWikiLink Algae.
- Lotus_effect wikiPageWikiLink Bhagavad_Gita.
- Lotus_effect wikiPageWikiLink Biomimetics.
- Lotus_effect wikiPageWikiLink Biomimicry.
- Lotus_effect wikiPageWikiLink Butterflies.
- Lotus_effect wikiPageWikiLink Butterfly.
- Lotus_effect wikiPageWikiLink Category:Nanotechnology.
- Lotus_effect wikiPageWikiLink Contact_angle.
- Lotus_effect wikiPageWikiLink Dragonflies.
- Lotus_effect wikiPageWikiLink Dragonfly.
- Lotus_effect wikiPageWikiLink Fungi.
- Lotus_effect wikiPageWikiLink Fungus.
- Lotus_effect wikiPageWikiLink Glucose.
- Lotus_effect wikiPageWikiLink Groasis_Waterboxx.
- Lotus_effect wikiPageWikiLink Nanotechnology.
- Lotus_effect wikiPageWikiLink Nelumbo.
- Lotus_effect wikiPageWikiLink Opuntia.
- Lotus_effect wikiPageWikiLink Pathogen.
- Lotus_effect wikiPageWikiLink Polyethylene_glycol.
- Lotus_effect wikiPageWikiLink Rain_fade.
- Lotus_effect wikiPageWikiLink Scanning_electron_microscope.
- Lotus_effect wikiPageWikiLink Scientific_American.
- Lotus_effect wikiPageWikiLink Sucrose.
- Lotus_effect wikiPageWikiLink Superhydrophobe.
- Lotus_effect wikiPageWikiLink Superhydrophobic.
- Lotus_effect wikiPageWikiLink Superhydrophobic_coating.
- Lotus_effect wikiPageWikiLink Tropaeolum.
- Lotus_effect wikiPageWikiLink Ultrahydrophobicity.
- Lotus_effect wikiPageWikiLink Wetting.
- Lotus_effect wikiPageWikiLink File:DropConnectionAngel.jpg.
- Lotus_effect wikiPageWikiLink File:Lotus3.jpg.
- Lotus_effect wikiPageWikiLink File:LotusEffekt1.jpg.
- Lotus_effect wikiPageWikiLink File:Lotus_effect_on_leaf_of_taro_and_leaf_magnify.jpg.
- Lotus_effect wikiPageWikiLinkText "Lotus effect".
- Lotus_effect wikiPageWikiLinkText "lotus effect".
- Lotus_effect wikiPageWikiLinkText "lotus leaf".
- Lotus_effect wikiPageWikiLinkText "self-cleaning".
- Lotus_effect wikiPageWikiLinkText "water-repellent".
- Lotus_effect hasPhotoCollection Lotus_effect.
- Lotus_effect id "rRxKHvah7QQ".
- Lotus_effect title "Video showing comparison between plant leaves with and without lotus effect".
- Lotus_effect wikiPageUsesTemplate Template:Authority_control.
- Lotus_effect wikiPageUsesTemplate Template:Citation_needed.
- Lotus_effect wikiPageUsesTemplate Template:Commons.
- Lotus_effect wikiPageUsesTemplate Template:Reflist.
- Lotus_effect wikiPageUsesTemplate Template:What.
- Lotus_effect wikiPageUsesTemplate Template:YouTube.
- Lotus_effect subject Category:Nanotechnology.
- Lotus_effect hypernym Result.
- Lotus_effect type Article.
- Lotus_effect type Article.
- Lotus_effect type Physic.
- Lotus_effect type Thing.
- Lotus_effect comment "The lotus effect refers to self-cleaning properties that are a result of very high water repellence (superhydrophobicity), as exhibited by the leaves of the lotus flower (Nelumbo).Dirt particles are picked up by water droplets due to the micro- and nanoscopic architecture on the surface, which minimizes the droplet's adhesion to that surface.Superhydrophobicity and self-cleaning properties are also found in other plants, such as Tropaeolum (nasturtium), Opuntia (prickly pear), Alchemilla, cane, and also on the wings of certain insects.The phenomenon of superhydrophobicity was first studied by Dettre and Johnson in 1964 using rough hydrophobic surfaces. ".
- Lotus_effect label "Lotus effect".
- Lotus_effect sameAs Lotus_effect.
- Lotus_effect sameAs Lotuseffekt.
- Lotus_effect sameAs Lotusa_efiko.
- Lotus_effect sameAs Efecto_loto.
- Lotus_effect sameAs Effet_lotus.
- Lotus_effect sameAs תוצא_לוטוס.
- Lotus_effect sameAs Lótusz-effektus.
- Lotus_effect sameAs Efek_lotus.
- Lotus_effect sameAs Effetto_loto.
- Lotus_effect sameAs ロータス効果.
- Lotus_effect sameAs Lotuseffect.
- Lotus_effect sameAs Efekt_lotosu.
- Lotus_effect sameAs Efeito_de_lótus.
- Lotus_effect sameAs m.06sd_p.
- Lotus_effect sameAs Эффект_лотоса.
- Lotus_effect sameAs Lotosový_efekt.
- Lotus_effect sameAs Lotuseffekt.
- Lotus_effect sameAs Hiệu_ứng_lá_sen.
- Lotus_effect sameAs Q901697.
- Lotus_effect sameAs Q901697.
- Lotus_effect sameAs 蓮花效應.
- Lotus_effect wasDerivedFrom Lotus_effect?oldid=679927118.
- Lotus_effect depiction LotusEffekt1.jpg.
- Lotus_effect isPrimaryTopicOf Lotus_effect.