Swedish researchers create cellulose-based biomaterial stronger than steel
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Compact arrangements of matter at the nano-scale andmolecular-level are key to developing 'supermaterials'. By having an…
Compact arrangements of matter at the nano-scale andmolecular-level are key to developing 'supermaterials'. By having an…
Technik von Carola Franzke – 07. Juni 2018 Mit Hilfe des Desy in Hamburg wurde ein neues Biomaterial aus Holzfasern entwickelt.
Researchers are constantly trying to develop new biomaterials that have the same or even better properties than comparable…
Technology,30 May - 2018 , Credit: Nitesh Mittal A way to artificially assemble nanocellulose (particles) from wood to make…
Scientists have recently managed to create a material stronger than spider silk. Why, the scientific community just considers…
Superando ya al acero e incluso a la seda de araña dragalina, investigadores suecos han logrado el biomaterial más fuerte de la…
Un equipo de investigadores del KTH Royal Institute of Technology en Estocolmo (Suecia) ha producido el biomaterial ms potente…
Superando ya al acero e incluso a la seda de araa dragalina, investigadores suecos han logrado el biomaterial ms fuerte de la…
Bio-based materials, such as wood and spider silk, can be impressively strong. But not quite as strong as a new cellulose…
Ever dreamed of being a real-life Spider-Man? Researchers at Stockholm’s KTH Royal Institute of Technology are keen to help …