Research projects
…images of spun cellulose micro-tape. Cellulose filaments based on cellulose nanofibers are of interest for sustainable composites. These filaments have a unique micro-tape shape which is advantageous compared to…
…images of spun cellulose micro-tape. Cellulose filaments based on cellulose nanofibers are of interest for sustainable composites. These filaments have a unique micro-tape shape which is advantageous compared to…
…with a complex chemistry. Common to all thin-film solar cell technologies is the strong correlation between device performance and nano-structure of the photo-active layer, interfaces and electrodes. With a combination…
…activates/updates the access card after a completed correct test. Contact the reception at MAX IV for information about access cards. If you experience any technical problems with the online test,…
…call 112 to SOS Alarm for an ambulance. Make sure someone meets the ambulance to guide them to the location of the patient. Reporting of incidents and occupational injuries Incidents…
…office for the consortium and provides an expert hub for cellulose based materials. MAX IV also offers access to two of its 16 beamlines to contribute to Circular Economy motivated…
…the computer resources MAX IV users can use the MAX IV Local Computer round SUPR -> Rounds -> Compute Rounds -> Centre Local Compute -> MAX IV compute Acknowledgement for the…
…we welcomed researchers from the Lund-based company Alfa Laval, a world leader in heat transfer, centrifugal separation and fluid handling. The company came to MAX IV through a collaboration with…
…SOLEIL, France Rosanna Larciprete, ISC-CNR, Italy Ultrafast Science chevron_right Christopher Milne, European XFEL, Germany Claire Laulhé (Chair), SOLEIL Synchrotron, France Marco Cammarata, ESRF, France SAC – MAX IV Scientific Advisory…
…Diamond Anvil Cell holder (PXRD2D): RY + XZ motion to align a diamond anvil cell (DAC) precisely in the X-ray beam. The X motion stage is compatible with fast continuous…