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polymers and additives. These materials will be "switchable and adaptive," offering enhanced performance and a reduced environmental footprint. The project focuses on improving the entire lifecycle
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PhD Self-assembling polyolefin network materials from polymer waste (1.0 FTE) (V24.0463) « Back to the overview Job description https://www.nwo.nl/(...)ke-plastics-circular Polyolefins play a
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by the environmental awareness concerning the pollution of polymer waste and the carbon footprint of single use plastics, a growing amount of these polyolefins ends up in recycle streams rather than
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chemistry, Chemical Engineering Preferred background Flow Chemistry, polymer chemistry, lignin chemistry Secondments: RUG (3 months) flow-through process for lignin fractionation and modification; NPSP (6
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of this research is the development of a green platform to design and prepare membrane adsorbers. Details of the PhD-project Membrane adsorbers are porous structures (polymer matrix) with specific functionalities
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to staff position within a Research Infrastructure? No Offer Description You are a highly motivated researcher with a MSc degree in chemistry, holding skills in organic and polymer synthesis. You are
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. Malda). In this role, you will leverage MEW—a cutting-edge 3D printing technique that enables the precise deposition of microscale polymer fibers—to fabricate scaffolding structures that guide
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between moieties of similar molecular size (for instance, amino acids in proteins, or monosaccharides in glycans). The most advanced nanopore sensors can ‘read’ DNA polymers at the level of stretches
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motion to unidirectional flow. In the project we will develop 2D polymer heterostructure membranes (2DHMs) combined with functionalized graphene. They offer ultimate thinness (leading to shortest diffusion
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deliverable reports and scientific publications. This PhD is part of the ASSESS project, you can read more about this here . Research Fields: Composite materials, structural health monitoring, polymer