The industrial applications of x-ray and neutron techniques cover a wide range of areas, and some examples are given in the cases below. The cases illustrate that both large and small companies within different fields can benefit from analyses using these techniques.
Read more in our selection of case stories:
ROCKWOOL wanted to find out how their stone wool insulation actually performs during heat treatment, and for that, they needed a closer characterization. To get the necessary answers, they benefitted from the collaboration between the Danish Technological Institute and the German synchrotron facility, Deutsches Elektronen-Synchrotron - DESY.
The Swedish start-up Yangi AB teamed up with the Danish Technology Institute (DTI) and DESY to use X-ray scattering measurements at PETRA III, to understand the effects of manufacturing compression conditions to the mechanical properties of more sustainable packaging solutions.
With an increasing automatization of bread production, Lantmännen Unibake requires a deeper understanding of their product. Using x-ray analyses, Danish Technological Institute has characterized the company’s kneading process.
Read more (in Danish): Dybere forståelse for ’den gode dej’ skal optimere Lantmännen Unibake’s produkter
Danish Technological Institute has participated in a collaboration to develop a nanostructured catalysis material for motorcycles, with small quantities of rare earth metals added. To determine the elemental distribution in the material, it has been investigated with neutron diffraction.
Read more (in Danish): Nanokatalysemateriale til motorcykler undersøgt med neutroner
The paint production company Hempel aims to create durable and more environmentally friendly products using knowledge obtained from x-ray analyses, conducted in collaboration with Danish Technological Institute.
Read more (in Danish): Viden om kontaktflader i maling bidrager til Hempels produktudvikling
Through neutron analyses performed at Reactor Institute Delft in Holland, Danish Technological Institute has analyzed particle filters from the company LiqTech, to investigate whether soot is distributed evenly in a filter, or whether it is accumulated in localized areas.
Read more (in Danish): Neutronanalyser undersøger sodophobning i partikelfiltre til dieselbiler
In a collaboration with the company Exilator, Danish Technological Institute has investigated a nano catalysis material, optimized for purification of smoke from ships, and determined which elements that are located at the surface of the material.
Read more (in Danish): Renere skibsrøg ombord på Poul Løwenørn
Using neutrons, it is possible to measure deformations in crystal lattices of metals, which can then be translated into knowledge of the distribution of residual stress in the material.
Read more (in Danish): Vestas tjekker støbeprocesser med neutroner
The company Alumeco had measurements performed at a neutron facility of residual stress through 20 cm of aluminum. This type of high-tech quality control can provide Alumeco with an advantage in the global aeronautic marked as suppliers of ‘stress-free aluminum’.
Read more (in Danish): Hightech kvalitetskontrol af aluminium hos Alumeco
Surface coatings can play a defining role for the function and durability of tools and other components. Danish Technological Institute has analyzed a nitrogen-implanted chromium nitride coating using x-rays at the facility Swiss Light Source in Switzerland.
Read more (in Danish): Optimering af overfladebelægninger gennem avanceret røntgenanalyse
The Danish start-up company Caretag has created a solution to keeping track of surgical instruments. This is done by attaching an RFID tag to the instruments, so that they can be tracked before, during, and after use. This solution requires that the RFID tag can be sterilized, and that it does not detach.
Read more (in Danish): Neutronbillede viser det indre af RFID-chip
In a collaboration with a Danish hearing aid company, Danish Technological Institute has developed the world’s smallest methanol driven energy system, that can be re-charged in only 20 seconds. In such a small electronic device, it is a challenge to keep track of the distribution and movement of methanol and water during charging and discharging.
Read more (in Danish): Verdens mindste metanol-brændselscelle til høreapparater filmet med neutronkamera