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LINX brings materials research to your company and helps getting it funded
Motorvej for Materialeviden
Motorvej for Materialeviden is an initiative by Foreningen LINX that supports small and medium-sized enterprises (SMEs) in using new sustainable materials. Through collaboration with universities, local business councils, and companies, we ensure a fast track from research to industrial application, strengthening both the green transition and the competitiveness of businesses.
Degradation of permanent magnets
The durability of magnets used in permanent magnet motor technology is important for the long-term performance of products. The LINX...
Structure and dynamics of food materials
Food products are both soft materials and structured materials, and the scattering of X-rays and neutrons is used by the...
The Road to New Drug Targets
Discovery of new drugs is crucial to our well-being and society. Aarhus University helps develop a state-of-the-art toolbox through X-ray...
Ultra-Fast Structural ID of Drugs
The molecular structure of drugs determines how they work. LINX investigates quicker structural ID to aid innovation in the pharma...
Nano-Materials Seen from Inside
Though unnoticed, nanomaterials are crucial to modern technology. Aarhus University develops state-of-the-art methods to analyse them "bottom up".
Getting structures from data
To determine structures from increasingly complex systems is demanding computationally. The University of Copenhagen are developing tools to model complex...
Microstructural Analysis of Biomaterials and Food
Our experience of food depends greatly on its microscopic structure. In LINX, DTU develops new 3D-imaging methods for food and...
Reduction of Air Inclusions in Sealant
Sealants are supposed to “seal”, but that core quality can be compromised if air bubbles form during the curing process....
Extrusion coated polymer layers
There is a deep relationship between the molecular structure of a polymer and its bulk properties. The University of Copenhagen...
Interpenetrating polymer networks at the micrometre scale
Biomodics and the University of Copenhagen have used a new variant of neutron scattering to determine the structure of hydrogel...
A View of Curved Surface Coatings
Wind turbine blades are coated to improve performance, where coating thickness play an important role. LINX developed a new method...
Finding State-of-the-Art X-ray Detectors
QA using X-rays requires very advanced detectors. LINX assists companies with market surveys to find the best, enabling “colour vision”...
4D-Scanning of Product Operations
Imaging is a microscope in 3D, “seeing” through materials. Rapid analyses enable live measurements (“4D”) and thus studies of the...
Mineral Formation in Heat-Exchangers
Heat exchangers are everywhere in society, but they are prone to mineral formation on inner surfaces, causing loss of efficiency....
Materials Degradation in Hot Environments
Heat exposure is a challenge to many technologically applicable materials – especially when it is part of their operating conditions....
Understanding Multi-Layer Composites
Many materials consist of separate layers with different properties. LINX investigates multi-layer materials to better understand their behaviour in production...
Orientation Mapping in Fibre Materials
Fibres can supply extraordinary strength to plastic materials – depending on how they mix, match, and align. LINX is mapping...
Fibre Orientation in Plastics
Fibres can supply extraordinary strength to plastic materials, depending on how they mix, match, and align. LINX is mapping fibre...
Microanalysis of Fibre Networks
Properties of fibrous materials such as strength, toughness and insulating properties are determined by the fibre network. LINX develops microanalysis...
Sorption of liquids in advanced composite materials
Understanding how liquids penetrate advanced composites is important in many situations. The impact that water has on the structure of...
Binders for Stone Wool
The ROCKWOOL Group is worlds largest manufacturers of stone wool based insulation. The University of Copenhagen section of LINX has...
Structure of novel interpenetrating polymer network medical devices
Danish company Biomodics is working with the University of Copenhagen to understand how their novel interpenetrating polymer networks (IPN) are...
High-throughput SAXS analysis of protein-based drugs
In this focus project between Novo Nordisk and the University of Copenhagen small-angle scattering was applied to increase the amount...
ARTICLES
A collection of relevant Articles and Publications within neutrons and X-ray technologies
