PRISMAS PhD Programme
…synchrotron experts. The purpose of the program is to: Train future researchers and scientists to better tackle major future societal challenges using synchrotron research. Increase the knowledge and promote the…
…synchrotron experts. The purpose of the program is to: Train future researchers and scientists to better tackle major future societal challenges using synchrotron research. Increase the knowledge and promote the…
…fuel-to-oxidant ratio, temperature, and pressure. “The knowledge we gain from our experiments at FinEstBeAMS equips us and fellow researchers in various fields to estimate the impact of soot and control…
…may be limited based on demand. Examples of available setups: Autoloader for liquid samples, BioSAXS (including SEC-SAXS), Gel/Solid samples, Disposable capillaries, Refillable capillaries. The choice of sample environment will depend…
…used in the petrochemical industry. Industrial catalysts are infamously difficult to study at the atomic level due to the non-well-ordered state of particles, and the high surface-to-volume ratio of active…
…are standardly used in the petrochemical industry. Industrial catalysts are infamously difficult to study at the atomic level due to the non-well-ordered state of particles, and the high surface-to-volume ratio…
…stages. The first part measured and verified the beamline optics with tele ptychography, where the beam size and shape were compared against theoretical data. In the next stage, scientists analysed…
How can tomorrow’s solar cells become even more energy efficient? This is what pioneering company Epishine is currently investigating at the MAX IV beamline HIPPIE. Swedish cleantech company Epishine’s patented manufacturing process…
…eV), HIPPIE (E max: 2200 eV) MAX IV Short Pulse Facility Beamline: FemtoMAX Electron source: MAX IV linac X-ray energy: 3-10keV Operation: 2Hz (10Hz operation under development) Pulse duration: 100fs…
…In the present paper, the authors tested the accessible technique of Low-Frequency Raman spectroscopy, in which inelastic scattered light is used to analyse the sample. They then controlled the accuracy…
…as samples. The scientists expose them to methanol which reacts inside the channels of the porous zeolite forming larger organic molecules. Some of the larger product molecules block the channels…