Welcome to Henning Osholm Sørensen

We have the pleasure of welcoming Henning Osholm Sørensen to the Xnovo team as new Product Manager.  Henning comes from a position as Senior Scientist in the Neutrons and X-rays for Material Physics section at DTU Physics, where he used in situ X-ray… Read more

Welcome to Morten Gjerding

It’s a pleasure to welcome Morten Gjerding to the Xnovo team as our new Scientist. Morten obtained his PhD from DTU Physics in 2017 on computer simulations of optical properties of low-dimensional materials and has since then worked as a postdoc in r… Read more

Welcome to Mario Heinig

It’s a pleasure to welcome Mario Heinig to the Xnovo team as our new Applications Specialist. Mario holds a PhD from DTU Nanolab, where he studied the interplay between fabrication, characterization and performance of metal thin films for nano applic… Read more

Lab-based DCT for quantitative texture analysis of…

Electrical steels with high Si contents are widely used in electrical power transformers, motors and generators. Texture is the most important property for electrical steel as the grain orientations strongly influence the magnetisation and electrical… Read more

Welcome to Mette Fischer

We are happy to announce that Mette Fischer has joined the Xnovo team as our new Office Manager and Executive administrator. From working in both corporate, public and private sector companies, Mette brings expertise within the administrative field a… Read more

Welcome to Mads Alexander Pedersen

It’s a pleasure to welcome Mads Alexander Pedersen to the Xnovo team. Mads holds a MSc in nanoscience from the University of Copenhagen with a masters thesis on applying spatially adapted probability distributions to improve segmentations for medical… Read more

GrainMapper3D version 3.0

We are proud to announce the release of GrainMapper3D version 3.0, taking in-house 3D grain mapping to the next level. GrainMapper3D version 3.0 gives access to larger and more representative 3D maps of grain orientations and morphologies in polycrys… Read more

Multimodal 3D imaging assisted modelling of drug d…

A fundamental understanding of the behaviour of polycrystalline pharmaceuticals is vital for control of their physicochemical and crystalline properties, which in turn has the potential to improve e.g. drug product development.  Molecular modelling o… Read more

3D investigation of grain boundaries in industrial…

The versatile 6061 Al alloy is widely used for structural components in aerospace, transportation, and marine engineering due to its ease of fabrication and relatively high strength. Material defects like intergranular corrosion and stress corrosion… Read more

New insights into recrystallization enabled by 3D…

For studies of recrystallization mechanisms, important experimental evidence can be achieved through correlative analysis based on non-destructive 3D multimodal imaging. In particular the combination of laboratory diffraction contrast tomography (Lab… Read more
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