Krzysztof Szymański
University of Białystok
195 Papers
733 Citations
Krzysztof Szymański is an academic researcher from University of Białystok. The author has contributed to research in topics: Hyperfine structure & Magnetization. The author has an hindex of 16, co-authored 185 publications. Previous affiliations of Krzysztof Szymański include Silesian University of Technology & University of Warsaw.
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Papers
Some Applications of a 57Co Monochromatic Circularly Polarized Source
Abstract: A recently constructed monochromatic, circularly polarized Mossbauer source was used for the determination of the magnetic texture. The advantages of the polarized source are demonstrated by showing that in a particular recording material the magnetic moments are inclined from an original direction of magnetization, tending to align in the plane and along the axis of the tape.
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Electron proportional gas counter for linear and elliptical Mössbauer polarimetry.
F. Tanczikó,Sz. Sajti,L. Deák,Dániel G. Merkel,G. Endro''czi,D. L. Nagy,László Bottyán,Wojciech Olszewski,Krzysztof Szymański +8 more
TL;DR: The integral "blackness effect" in conversion-electron Mössbauer spectra of (57)Fe isotope-enriched absorbers is demonstrated and shown to be pronounced at shallow angles of incidence.
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Hyperfine interactions in amorphous Co70−xNixFe5Si15B10 studied by the Mössbauer technique
TL;DR: In this paper, the magnetic hyperfine field distributions, p(H ), as well as average values of the quadrupole splitting and isomer shift measured at room temperature are presented in amorphous Co 70− x Ni x Fe 5 Si 15 B 10 alloys by means of the Mossbauer spectroscopy technique.
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•Journal Article
Oxidation resistance of surface-modified coatings for energy boilers
TL;DR: In this paper, the results of high temperature corrosion resistance of HVOF sprayed coatings with binder composition are presented, which can be applied in elevated temperature and aggressive environments for protection of water walls boilers or waste combustors.
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•Journal Article
The maximum entropy method in the analysis of the Mössbauer spectra
TL;DR: Dobrzynski et al. as discussed by the authors applied the maximum entropy method to the analysis of the Mossbauer spectra, where the presence of the distribution of hyperfine field parameters makes the spectra complicated and their interpretation becomes ambiguous.