Deutsche Tagung f ¨ur Forschung mit ... - SNI-Portal

Methoden und Instrumentierung Poster: Mi., 14:00–16:30 M-P50
HU Research and Training Beamline at BESSY II
Recardo Manzke 1 , Thorsten Zandt 1 , Christoph Janowitz 1 , Gerd
Reichardt 2 , Wolfgang Eberhardt 2
1 Humboldt-Universität zu Berlin, Institut für Physik, Newtonstr. 15, 12489 Berlin
– 2 Berliner Elektronenspeicherring-Gesellschaft für Synchrotronstrahlung m.b.H.,
Albert-Einstein-Str. 15, 12489 Berlin
Application of highly brilliant synchrotron radiation in a wide photon energy range
from infrared up to x-rays leads to an ever increasing number of important results
in all scientific fields, e.g. atomic, solid-state and surface physics, chemistry, life sciences,
nano-spectroscopy, materials and structural research, lithography, and radiometry.
This permanently growing scientific impact stands in close interrelation with
the rapid development of new and more efficient sources of synchrotron radiation as
well as steadily improving and changing experimental end stations, but also with a
continuously prospering demand for well-trained young scientists.
In order to meet in parts the demands, our team of the Humboldt university started,
in close collaboration with BESSY, with the implementation of the HU Research and
Training Beamline at BESSY II. On this beamline it is planned to introduce and
continuously qualify students and young scientists into the fascinating possibilities of
synchrotron radiation research. It is intended to offer practical training complemented
by theoretical courses, both at the university and at the synchrotron. The close neighbourhood
of BESSY II, a source of synchrotron radiation of the 3. generation, to the
scientific campus of the Humboldt University in Berlin-Adlershof offers here a unique
opportunity. Beyond training and courses the beamline will be open to young scientists
for their master and doctoral thesis.
The Research and Training Beamline will consist of a 5m-normal incidence monochromator
(5m-NIM) of high resolution and at beginning of two experimental end station,
one for high-resolution angle-resolved photoemission (HIRE-PES) and another for photoemission
microscopy (PEEM). The 5m-NIM will be installed at the dipole magnet
DIP3-1B. The performance are a photon energy range from 10 to 40 eV and a resolving
power (E/∆E) of at least 20 000, i.e. a resolution of 1 meV at 20 eV photon energy.
In this contribution we will present the performances and technical realizations of the
HU Research and Training Beamline as well as the concepts of the future education.