| No. |
Presenter
first name family name |
Poster title |
| P. 1 |
Henryk Fiedorowicz |
Conceptual design of the optical system of the UV/VUV beam line for the PolFEL free electron laser |
| P. 2 |
Gabriela Imbir |
Physicochemical analysis of size-dependent gold nanoparticles for biomedical development |
| P. 3 |
Iwanna Jacyna |
Rapid structural transformations in metals after sub-ps pulsed laser annealing |
| P. 4 |
Anna Kot |
M-edges of X-ray absorption spectra of Er and Yb incorporated in TiO2 thin films for up-conversion assisted water splitting into green hydrogen |
| P. 5 |
Aldona Kubala-Kukuś |
Characterization of Ti, TiO2 and Au nanolayers implanted by highly charged Xe ions by application of synchrotron radiation based X-ray reflectometry and grazing incidence X-ray fluorescence |
| P. 6 |
Jerzy Kubacki |
The local environment and valency of chromium and copper ions in manganese doping CuCr2Se4 spinel |
| P. 7 |
Anna Mandziak |
DEMETER – Dual Electron Microscopy and Spectroscopy Beamline |
| P. 8 |
Michał Pająk |
Structural insights into decomposition mechanisms of selected porous materials used for molecular springs |
| P. 9 |
Edyta Piskorska-Hommel |
Structural and spectroscopic studies of the influence of Ga flux on the growth of graded p-AlGaN contact layers |
| P. 10 |
Marcin Rosmus |
Research potential of UARPES beamline |
| P. 11 |
Krystyna Schneider |
XAS study of vanadium pentoxide thin films |
| P. 12 |
Katarzyna Sowa |
PolyX at SOLARIS: layout and specification |
| P. 13 |
Joanna Stępień |
Comparison of 112 and 122 iron pnictides families from the perspective of XAS spectrosocopy |
| P. 14 |
Magdalena Szubka |
Soft X-ray Absorption and IR reflectivity study of selected materials from CaCoSinO2n+2 series |
| P. 15 |
Czesław Ślusarczyk |
X-ray study on crystalline morphology in iPP/MMT nanocomposite fibers |
| P. 16 |
Agnieszka Witkowska |
X-ray absorption as a potent tool in studies of proton-conducting cobalt-based perovskites |
| P. 17 |
Anna Wolska |
Poland in the ESRF - a new grant from the Ministry of Education and Science |
Director of NCBJ prof. dr hab. Krzysztof Kurek
