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- Aquamelt abstract "An aquamelt is a naturally hydrated polymeric material that is able to solidify at environmental temperatures through a controlled stress input (be it mechanical or chemical).They are unique in being able to “lock in” work applied to them through an alteration in hydrogen bonding, which enables them to be processed with approximately 1000 times less energy than standard polymers. This has been recently shown for an archetypal biopolymer, silk, however the mechanism for solidification is thought to be inherent to many other biological materials.".
- Aquamelt wikiPageID "35459322".
- Aquamelt wikiPageLength "7110".
- Aquamelt wikiPageOutDegree "19".
- Aquamelt wikiPageRevisionID "704817117".
- Aquamelt wikiPageWikiLink Biodegradation.
- Aquamelt wikiPageWikiLink Biopolymer.
- Aquamelt wikiPageWikiLink Bombyx_mori.
- Aquamelt wikiPageWikiLink Category:Polymers.
- Aquamelt wikiPageWikiLink Denaturation_(biochemistry).
- Aquamelt wikiPageWikiLink Fibril.
- Aquamelt wikiPageWikiLink Foam.
- Aquamelt wikiPageWikiLink High-density_polyethylene.
- Aquamelt wikiPageWikiLink Hydrogen_bond.
- Aquamelt wikiPageWikiLink List_of_synthetic_polymers.
- Aquamelt wikiPageWikiLink Nanocomposite.
- Aquamelt wikiPageWikiLink Petroleum.
- Aquamelt wikiPageWikiLink Polymer.
- Aquamelt wikiPageWikiLink Protein.
- Aquamelt wikiPageWikiLink Recycling.
- Aquamelt wikiPageWikiLink Room_temperature.
- Aquamelt wikiPageWikiLink Shear_Induced_Polarised_Light_Imaging.
- Aquamelt wikiPageWikiLink Silk.
- Aquamelt wikiPageWikiLinkText "Aquamelt".
- Aquamelt wikiPageUsesTemplate Template:Reflist.
- Aquamelt subject Category:Polymers.
- Aquamelt type Polymer.
- Aquamelt type Substance.
- Aquamelt comment "An aquamelt is a naturally hydrated polymeric material that is able to solidify at environmental temperatures through a controlled stress input (be it mechanical or chemical).They are unique in being able to “lock in” work applied to them through an alteration in hydrogen bonding, which enables them to be processed with approximately 1000 times less energy than standard polymers.".
- Aquamelt label "Aquamelt".
- Aquamelt sameAs Q4782698.
- Aquamelt sameAs m.0j9q2qb.
- Aquamelt sameAs Q4782698.
- Aquamelt wasDerivedFrom Aquamelt?oldid=704817117.
- Aquamelt isPrimaryTopicOf Aquamelt.