The new technique enables 3D mapping of crystal structures inside nanomaterials with nanometer resolution, allowing for the study of their special properties and behavior under different conditions. This has significant implications for understanding and optimizing material properties in various applications.
The project develops a new experimental platform for testing wind turbine blades and introduces more realistic loading methods to improve design accuracy. New measuring techniques, including optical digital systems and acoustic emission, are also being developed.
A team of researchers from Denmark and Japan have developed a new technology to convert waste heat into electricity using oxide materials. The project aims to integrate the technology into existing systems and reduce CO2 emissions, potentially enabling the use of thermoelectric material in various applications such as cars and stoves.
Researchers at Risø National Laboratory are producing radioisotopes for medical diagnostics and therapy, as well as research and development of new technologies. The production has increased significantly due to growing demand from PET-CT scanning, with seven cyclotrons operating in Denmark.
Researchers at Risoe National Laboratory and Topsoe Fuel Cell will create prototypes of solid oxide fuel cells that meet market standards by 2012. The new project focuses on improving cell performance, durability, and production processes to reduce costs and emissions.
Researchers from Europe gathered at the European Geosciences Union conference to share experiences and observations about the Icelandic volcanic eruption's ash cloud. The event aimed to compare model predictions with actual cloud movements, potentially leading to a new network for scientists.