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Radoslaw Rybaniec
Radoslaw Rybaniec
Verified email at mion.elka.pw.edu.pl
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Cited by
Year
A MHz-repetition-rate hard X-ray free-electron laser driven by a superconducting linear accelerator
W Decking, S Abeghyan, P Abramian, A Abramsky, A Aguirre, C Albrecht, ...
Nature photonics 14 (6), 391-397, 2020
4602020
FPGA-based RF and piezocontrollers for SRF cavities in CW mode
R Rybaniec, K Przygoda, W Cichalewski, V Ayvazyan, J Branlard, ...
IEEE Transactions on Nuclear Science 64 (6), 1382-1388, 2017
252017
Real-time estimation of superconducting cavities parameters
R Rybaniec, V Ayvazyan, J Branlard, SP Butkowski, H Schlarb, C Schmidt, ...
Proc. 5th Int. Particle Accelerator Conf.(IPAC’14), 2456-2458, 2014
152014
Systematic investigation of projectile fragmentation using beams of unstable B and C isotopes
R Thies, A Heinz, T Adachi, Y Aksyutina, J Alcantara-Núnes, S Altstadt, ...
Physical Review C 93 (5), 054601, 2016
142016
European XFEL RF gun commissioning and LLRF linac installation
J Branlard, G Ayvazyan, V Ayvazyan, L Butkowski, M Grecki, M Hoffmann, ...
IPAC, Dresden, Germany, 2014
132014
Recent upgrades of the bunch arrival time monitors at FLASH and European XFEL
M Viti, M Czwalinna, H Dinter, C Gerth, K Przygoda, R Rybaniec, ...
MOPIK072, IPAC 17, 2017
122017
The bunch arrival time monitor at FLASH and European XFEL
M Viti, MK Czwalinna, H Dinter, C Gerth, K Przygoda, R Rybaniec, ...
Proc. ICALEPCS’17, 701-705, 2017
112017
Virtual cavity probe generation using calibrated forward and reflected signals
S Pfeiffer, V Ayvazyan, J Branlard, L Butkowski, R Rybaniec, H Schlarb, ...
MOPWA040, These Proceedings, IPAC 15, 2015
112015
Installation and First Commissioning of the LLRF System for the European XFEL
J Branlard, G Ayvazyan, V Ayvazyan, L Butkowski, W Cichalewski, ...
IPAC17, 2017
102017
MTCA. 4-based digital LLRF control system for CW SRF linacs
I Rutkowski, R Rybaniec, K Czuba, Ł Butkowski, M Hoffmann, F Ludwig, ...
IEEE Transactions on Nuclear Science 62 (6), 3186-3192, 2015
92015
Measuring and minimizing interrupt latency in Linux-based embedded systems
R Rybaniec, PZ Wieczorek
Photonics Applications in Astronomy, Communications, Industry, and High …, 2012
82012
High speed digitial LLRF feedbacks for normal conducting cavity operation
M Hoffmann, L Butkowski, H Schlarb, GW Koehler
Proc. IPAC, 2430-2432, 2014
72014
FPGA firmware framework for MTCA. 4 AMC modules
L Butkowski, T Kozak, P Prędki, R Rybaniec, BY Yang
Proceedings of the 15th International Conference on Accelerator and Large …, 2015
62015
Microphonic disturbances prediction and compensation in pulsed superconducting accelerators
R Rybaniec, LJ Opalski, V Ayvazyan, L Butkowski, S Pfeiffer, K Przygoda, ...
WEPMN032, These Proceedings, IPAC 15, 2015
62015
System do pomiaru i rejestracji wybranych parametrów pilotażowo nawigacyjnych wiatrakowca
W Dąbrowski, S Popowski, R Rybaniec
Prace Instytutu Lotnictwa, 47-58, 2011
62011
Operation of normal conducting RF guns with MTCA. 4
M Hoffmann, V Ayvazyan, J Branlard, L Butkowski, MK Grecki, U Mavric, ...
MOPHA028, These Proceedings, IPAC 15, 2015
52015
Continuous wave operation of superconducting accelerating cavities with high loaded quality factor
W Cichalewski, J Sekutowicz, A Napieralski, R Rybaniec, J Branlard, ...
IEEE Transactions on Nuclear Science 67 (9), 2119-2127, 2020
42020
Results on FPGA-based high-power tube amplifier linearization at DESY
A Bellandi, V Ayvazyan, Ł Butkowski, W Cichalewski, B Dursun, Ç Gümüş, ...
IEEE Transactions on Nuclear Science 67 (5), 762-767, 2020
42020
Implementation of the beam loading compensation algorithm in the LLRF system of the European XFEL
L Butkowski, J Branlard, M Omet, R Rybaniec, H Schlarb, C Schmidt
Proceedings of the 29th linear accelerator conference, Beijing, China, 16-21, 2018
42018
MicroTCA. 4 based optical frontend readout electronics and its applications
HS Pfeiffer, C Schmidt, M Viti, R Rybaniec
42016
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