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Defence of doctoral thesis: Anna Peterson – Cellulose networks in polymer composites: Utilizing nanocellulose to form thermoset-like, yet recyclable materials

Chalmers Supervisor: Christian Müller, Chalmers The defense will be held online via Zoom. Join the zoom defense Passcode: 334000 In case you have trouble connecting using the above button please paste the following link into your browser: https://chalmers.zoom.us/j/67039171510 Abstract: A circular economy for plastic materials is desired, to reduce the consumption of natural resources and […]

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Defence of doctoral thesis: Leo Svenningsson, Chalmers – Molecular orientation in cellulose fibers and composites

Welcome to doctoral thesis defense at Chalmers, held online.  Full title: Molecular orientation in cellulose fibers and composites Supervisor: Lars Nordstierna, Chalmers Opponent: prof. Leonard Mueller Read the thesis Abstract: The scope of this thesis is to quantitatively investigate the molecular orientation distribution of regenerated cellulose fibers and composites. The molecular orientation is known to aect macroscopic properties such

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Licentiate seminar: Beatrice Swensson, Chalmers – Cellulose solutions in aqueous hydroxide bases

Welcome to licentiate seminar at Chalmers. The seminar will be held online. Follow the link to the zoom-meeting. Use the password found below. Full title: Cellulose solutions in aqueous hydroxide bases  – Combining bases as a means towards improving and understanding dissolution and solution properties Supervisor: Merima Hasani, Chalmers Password: 765011 Read the thesis Abstract: Cellulose

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Chalmersforskare härmar ultrastrukturen hos ved för 3D-printade gröna produkter

Forskning /

Forskare vid Chalmers tekniska högskola har gjort framsteg inom 3D-printing genom att ta fram ett träbaserat bläck som härmar den unika ultrastrukturen i trä. Deras forskning skulle kunna innebära ett genombrott för tillverkning av gröna produkter. Genom att efterlikna den naturliga cellulära arkitekturen i trä, presenterar de nu möjligheten att skapa gröna produkter, sprungna ur

Chalmersforskare härmar ultrastrukturen hos ved för 3D-printade gröna produkter Läs mer »