Surface & Material Science branch
…depending on the temperature range of an experiment: 1. Mo-based manipulator head for better heating. Radiative heating by filament (up to 800 °C), e-beam heating (up to 1200 °C, but…
…depending on the temperature range of an experiment: 1. Mo-based manipulator head for better heating. Radiative heating by filament (up to 800 °C), e-beam heating (up to 1200 °C, but…
…is well suited to the latter, often resulting in data quality comparable or better that can be obtained by manual control of the experiment. How does automated data collection work?…
The PRISMAS program aims to train future scientists and researchers to better tackle major societal challenges using synchrotron research methodologies and techniques. PRISMAS was launched on January 1st, 2023, and…
…clusters, solids and their interfaces. FinEstBeAMS is dedicated for vapor phase research. At FinEstBeAMS it is possible to investigate: Free atoms, molecules and clusters Atmospheric molecules and clusters Metal clusters…
…a better catalyst. David Wragg, Senior Engineer from the University of Oslo, lists some of the benefits this study can bring to the industry: “First of all, it is important for…
…researcher in a generation of scientists who deepened the understanding of the new materials that form the basis of our development towards a better and sustainable society. As a pioneer,…
…beamline design allows to freely choose the degree of coherence in the probing beam, facilitating coherent diffraction imaging methods. These allow to measure the complex transmission function of the sample,…
…your experiment. Get inspired We are collaborating with industry to better meet each sector’s specific research needs and spread knowledge about our services. Find out more about the opportunities we…
…ambient pressure X-ray spectroscopy method to study the chemical reactions in the experiment: “If successfully implemented in this case, it will contribute to a better understanding of the effect of…
…various food products, and production speed. Pablo Mota-Santiago, Scientific Researcher at MAX IV and Per Johansson view the samples The project is a collaboration between Tetra Pak and MAX IV…