Speaker
Description
Coincidence measurements are an important experimental tool in
atomic or molecular physics.
Our group has used electron-photon
coincidence measurements to investigate rare gas clusters after syn-
chrotron irradiation.
More specifically, electron times-of flight and
photon counts (UV-VUV) are recorded between two consecutive syn-
chrotron pulses.
However, to employ these coincidence measurements using electron
time-of-flight detection techniques at synchrotron facilities requires so-
called single bunch operation mode. This mode offers the needed time
spacing in between synchrotron excitation pulses.
Nevertheless, the
lower synchrotron intensities makes this mode unattractive for many
users not reliant on this kind of time resolution.
Transverse Resonance Island Buckets (TRIBs) is an operation mode
where a pseudo-single bunch in addition to ’conventional’ multi bunch
is accessible for users by aligning beamline optics to the respective
orbitals of the bunches. Here, we present the first results from coinci-
dence measurements during TRIBs operation mode at MAX IV.
