It is designed to be coupled to the Ion beam irradiation facility available at the Accelerator laboratory of the Department of Physics of the University of Helsinki, opening the opportunity to follow in situ during ion irradiation the changes of local and electronic structure in materials. This unique facility will unlock our understanding of the atomic-scale phenomenon and mechanisms behind the irradiation resistance or induced local disorder/amorphisation of materials submitted to extreme conditions.
|X-ray source||Micro X-ray Inc. 50 W mini-focus packaged x-ray tube with air cooling, Rh anode|
|Crystal monochromators R=0.5 m||
Si(111), Si(220), Si(400), Si(531), Si(533), Si(553), Si(931) (ESRF Crystal Laboratory)
Ge(111), Ge(422) (XRS-Tech)