Speaker
Bora Ketenoglu
(Ankara University)
Description
Since accelerator based light sources are cutting-edge-technology tools in natural sciences research of the 21st Century, they provide unique user experiments by superior radiation characteristics. On account of this, rapid & high-precision alignment of photon beamline components (including design and optimization of the undulator as a matter of course), is a big concern for many beamline scientists. In this respect, a hybrid in-vacuum X-ray undulator driven by a 6 GeV synchrotron, is optimized through Evolutionary Algorithms (EAs). It is shown that the EA results provide promising design & optimization estimations for photon beamline scientists.
Primary author
Bora Ketenoglu
(Ankara University)
Co-authors
Gazi Erkan Bostanci
(Ankara University)
Didem Ketenoglu
(Ankara University)
Ali Can Canbay
(Ankara University)
Manuel Harder
(European XFEL)
Adnan Sahin Karaca
(Ankara University)
Engin Eren
(DESY)
Ayhan Aydin
(Ankara University)
Zhong Yin
(Tohoku University)
Mehmet Serdar Guzel
(Ankara University)
Michael Martins
(University of Hamburg)
