Speaker
Description
Tens-of-µm-sized liquid jets have revolutionized experimental research on the physical chemistry of aqueous solutions. Our work on improved liquid jet techniques unlocks further interesting opportunities in this field.
We show first results of a novel set-up that enables velocity map imaging (VMI) of electrons emitted from a liquid jet, thus allowing the measurement of the full angular and energy distribution in one shot.
Flatjets - planar liquid sheets in vacuum - have interesting properties for experiments on liquids. We give an overview of various designs we have produced, and opportunities associated with them. In particular, using the FHI Free Electron Laser we have gained new insights into the diffusion dynamics in liquids on a µs scale.
