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- Nanopin_film abstract "Nanopin film is an experimental material in nanotechnology developed in 2005 with unusual superhydrophobic properties . A droplet of water makes contact with the surface of this film and forms an almost perfect sphere with a contact angle of 178°. The film is able to do this because it is covered with nanoscale topped off pins or cones perpendicular to the surface. The surface is regarded as a composite material with mostly air and a small fraction made up by the tops of the cones. When the contact angle of the cone material is sufficiently large Cassie's law predicts large contact angle values for the composite.This particular nanopin film is produced with borosilicate glass as the primary substrate. A solution of CoCl2•6H2O or cobalt chloride hexahydrate is heated at 60 °C for 24 hours in a chemical bath deposition to form a brucite type cobalt(II) hydroxide layer with compositionCoOH1.13Cl0.09(CO3)0.39.0.05H20The top coating is provided by lauric acid in a separate step. A 3 square micrometer surface now contains on average 166 such cones with cone height of around 100 nm and the cone diameter at the tip of 6.5 nm. The Cassie's law prediction for this material with the lauric acid surface area of 0.000612 and flat film contact angle of 75° is 177.8°.".
- Nanopin_film wikiPageExternalLink ja053745j.
- Nanopin_film wikiPageExternalLink ja053745jsi20050815_065444.pdf.
- Nanopin_film wikiPageID "2840034".
- Nanopin_film wikiPageLength "1982".
- Nanopin_film wikiPageOutDegree "26".
- Nanopin_film wikiPageRevisionID "487169053".
- Nanopin_film wikiPageWikiLink Borosilicate_glass.
- Nanopin_film wikiPageWikiLink Brucite.
- Nanopin_film wikiPageWikiLink Cassies_law.
- Nanopin_film wikiPageWikiLink Category:Nanomaterials.
- Nanopin_film wikiPageWikiLink Celsius.
- Nanopin_film wikiPageWikiLink Chemical_bath_deposition.
- Nanopin_film wikiPageWikiLink Cobalt(II)_chloride.
- Nanopin_film wikiPageWikiLink Cobalt(II)_hydroxide.
- Nanopin_film wikiPageWikiLink Cobalt_chloride_hexahydrate.
- Nanopin_film wikiPageWikiLink Composite_material.
- Nanopin_film wikiPageWikiLink Cone.
- Nanopin_film wikiPageWikiLink Cone_(geometry).
- Nanopin_film wikiPageWikiLink Contact_angle.
- Nanopin_film wikiPageWikiLink Degree_(angle).
- Nanopin_film wikiPageWikiLink Hydrophobe.
- Nanopin_film wikiPageWikiLink Hydrophobic.
- Nanopin_film wikiPageWikiLink J._Am._Chem._Soc..
- Nanopin_film wikiPageWikiLink Journal_of_the_American_Chemical_Society.
- Nanopin_film wikiPageWikiLink Lauric_acid.
- Nanopin_film wikiPageWikiLink Nanoscale.
- Nanopin_film wikiPageWikiLink Nanoscopic_scale.
- Nanopin_film wikiPageWikiLink Nanotechnology.
- Nanopin_film wikiPageWikiLink Perpendicular.
- Nanopin_film wikiPageWikiLink Pin.
- Nanopin_film wikiPageWikiLink Pin_(device).
- Nanopin_film wikiPageWikiLink Surface_area.
- Nanopin_film wikiPageWikiLink °C.
- Nanopin_film wikiPageWikiLinkText "Nanopin film".
- Nanopin_film wikiPageWikiLinkText "nanopin film".
- Nanopin_film hasPhotoCollection Nanopin_film.
- Nanopin_film wikiPageUsesTemplate Template:Note.
- Nanopin_film wikiPageUsesTemplate Template:Ref.
- Nanopin_film subject Category:Nanomaterials.
- Nanopin_film hypernym Material.
- Nanopin_film type ChemicalCompound.
- Nanopin_film type Nanomaterial.
- Nanopin_film comment "Nanopin film is an experimental material in nanotechnology developed in 2005 with unusual superhydrophobic properties . A droplet of water makes contact with the surface of this film and forms an almost perfect sphere with a contact angle of 178°. The film is able to do this because it is covered with nanoscale topped off pins or cones perpendicular to the surface. The surface is regarded as a composite material with mostly air and a small fraction made up by the tops of the cones.".
- Nanopin_film label "Nanopin film".
- Nanopin_film sameAs m.0862vh.
- Nanopin_film sameAs Q17121855.
- Nanopin_film sameAs Q17121855.
- Nanopin_film wasDerivedFrom Nanopin_film?oldid=487169053.
- Nanopin_film isPrimaryTopicOf Nanopin_film.