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Surpresa contraintuitiva! Ligações mais fracas podem tornar os polímeros 10 vezes mais fortes

Surpresa contraintuitiva! Ligações mais fracas podem tornar os polímeros 10 vezes mais fortes
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Stephen-craig , Stephenl-craig , Abraham-herzog-arbeitman , Shu-wang , Danyang-chen , Jeremiah-johnson , Bradley-olsen , Jeremiaha-johnson , Michael-rubinstein , Tatianab-kouznetsova , Duke-university , Chemistry-of-molecularly-optimized-networks

Surprise! Weaker bonds can make polymers stronger

Chemists discovered a new way to make polymers stronger: introduce a few weaker bonds into the material. Working with polyacrylate elastomers, they could increase the materials’ resistance to tearing up to tenfold by using a weaker type of crosslinker to join some of the polymer building blocks.

Jeremiah-johnson , Stephen-craig , Bradley-olsen , Shu-wang , National-science , Chemistry-of-molecularly-optimized-networks , Duke-university , Duke-university-professor-michael-rubinstein , National-science-foundation-funded , Molecularly-optimized , Polymers , Olyacrylate