CORDIS Project
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This research aims to study the unique mobility of protons in water and how ionic co-solutes affect proton transfer dynamics. It employs advanced spectroscopic techniques to analyze hydration patterns and their impact on chemical reactions.
Protons in liquid water posses an anomalously high mobility compared to other ions.
This high mobility results from the fact that hydrated protons are not transported as intact units, i.e. by so called mass transport, but rather form defects that diffuse “structurally” through the water hydrogen-bond network.
As such, aqueous proton transfer strongly relies on the structure and dynamics of the water network.
Many natural and technologically relevant proton transfer reactions occur in the direct…
STICHTING NEDERLANDSE WETENSCHAPPELIJK ONDERZOEK INSTITUTEN
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