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Autor publikacji Marek Ilczyszyn
Structure and stability of p-cresol – xenon clathrate : Raman spectroscopy study.
Ilczyszyn Maria M., Ilczyszyn Marek, Selent Marcin
Clathrate structure determination by combining crystal structure prediction with computational and experimental 129Xe NMR spectroscopy.
Selent Marcin P., Nyman Jonas, Roukala Juho, Ilczyszyn Marek, Oilunkaniemi Raija, Bygrave Peter J., Laitinen Risto, Jokisaari Jukka, Day Graeme M., Lantto Perttu
Hydrogen bonds in betaine-acid (1:1) crystals revealed by Raman and 13C chemical shift tensors.
Ilczyszyn Marek, Ilczyszyn Maria M.
The acid-base character of interactions between xenon and selected carboxylic and sulfonic acids.
Gąszowski Dawid, Ilczyszyn Marek
Vibrational, XRD and 13C NMR studies of DL-phenylglycinium methanesulfonate crystal.
Wołoszyn Łukasz, Ilczyszyn Marek, Ilczyszyn Maria M., Haupa Karolina
Experimental evidence on interaction between xenon and bovine serum albumin.
Wołoszyn Łukasz, Ilczyszyn Marek, Ilczyszyn Maria M.
Nature of Brønsted acid-noble atom contacts: a reevaluation of hydrogen bonding criteria.
Gąszowski Dawid, Ilczyszyn Marek
Hydrogen bonding to xenon: a comparison with neon, argon, and krypton complexes.
Gąszowski Dawid, Ilczyszyn Marek
Non-centrosymmetric betaine-selenious acid crystal: vibrational, X-ray, calorimetric, and dielectric studies.
Ilczyszyn Maria M., Ilczyszyn Marek, Jesariew Dominik M., Baran Jan, Piecha Anna
Does hydrogen bonding to xenon affect its 129Xe NMR chemical shift ? Computational study on selected Brønsted acid-xenon complexes.
Gąszowski Dawid, Ilczyszyn Marek
Participation of xenon guest in hydrogen bond network of β-hydroquinone crystal.
Ilczyszyn Marek, Selent Marcin P., Ilczyszyn Maria M.
Infrared spectra of β-hydroquinone-xenon crystal. H/D isotope and temperature effects.
Ilczyszyn Marek, Selent Marcin P., Ilczyszyn Maria M., Baran Jan
Structural role of hydrogen bond networks in amino acid-acid systems. (I) The network with highly polarizable OHO hydrogen bonds in sarcosine-methanesulfonic acid (2:1) crystal.
Ilczyszyn Marek, Chwaleba Dorota, Mierzwicki Krzysztof, Ilczyszyn Maria M.
Structural role of hydrogen bond networks in amino acid-acid systems. (II) The network with weakly polarizable OHO hydrogen bonds in sarcosine-p-toluenesulfonic acid (1:1) crystal.
Ilczyszyn Marek, Chwaleba Dorota, Ciunik Zbigniew, Ilczyszyn Maria M.
Glycine-methanesulfonic acid (1:1) and glycine-p-toluenesulfonic acid (1:1) crystals: comparison of structures, hydrogen bonds, and vibrations.
Chwaleba Dorota, Ilczyszyn Maria M., Ilczyszyn Marek, Ciunik Zbigniew
13C chemical shift tensors of hyrogen bonded amino acids: relations between experimental and calculated results.
Ilczyszyn Marek, Godzisz Dorota, Ilczyszyn Maria M., Mierzwicki Krzysztof
Sarcosine-methanesulfonic acid (2:1) crystal: X-ray structure, vibrational properties and nature of hydrogen bonds.
Chwaleba Dorota, Ciunik Zbigniew, Ilczyszyn Maria M., Ilczyszyn Marek
β-alanine-oxalic acid (1:1) hemihydrate crystal: structure, 13C NMR and vibrational properties, protonation character.
Godzisz Dorota, Ilczyszyn Marek, Ilczyszyn Maria M.
Raman, infrared and 13C NMR studies on betaine-sulfamic acid (2:1) crystal and its hydrogen bonds.
Ilczyszyn Maria M., Ilczyszyn Marek
Raman tensors of some betaine - acid crystals: relation between betaine carboxylate group scissoring mode and hydrogen bonds.
Ilczyszyn Maria M., Ilczyszyn Marek
Sarcosine-maleic acid (1:1) crystal: structure, 13C NMR and vibrational properties, protonation character.
Ilczyszyn Marek, Godzisz Dorota, Ilczyszyn Maria M.
β-alanine-hydrochloride (2:1) crystal: structure,13 C NMR and vibrational properties, protonation character.
Godzisz Dorota, Ilczyszyn Marek, Ciunik Zbigniew
Classification and nature of hydrogen bonds to betaine. X-ray,13C CP MAS and IR description of low barrier hydrogen bonds.
Godzisz Dorota, Ilczyszyn Maria M., Ilczyszyn Marek
Structural and vibrational properties of betainium perchlorate monohydrate crystal and character of its hydrogen bonds.
Ilczyszyn Marek, Godzisz Dorota, Ilczyszyn Maria M.
How cosmology explains formation of chemical elements ?.
Ilczyszyn Marek
Ćwiczenia laboratoryjne z fizyki chemicznej : spektroskopia NMR.
Ilczyszyn Marek
Proton-exchange mechanisms in phenol-tertiary amine-aprotic solvent systems.
Ilczyszyn Marek, Ratajczak Henryk
Proton position in hydrogen bonds formed by phenol derivatives and triethylamine.
Ilczyszyn Marek, Ratajczak Henryk
Protonation of pyridines by phenols, thiophenol, trifluoroacetic acid and methanesulfonic acid in aprotic solvents.
Ilczyszyn Marek, Ratajczak Henryk
Spectroscopic studies on a retinylidene-imine-tetrafluoroborate.
Baran Jan, Ilczyszyn Marek, Ratajczak Henryk, Baron Marie-Helene, Piart-Goypiron Annie, Ratovelomanana Nicole, Zine Hassan, Sandorfy C.
Character of the hydrogen bond in the thiophenol-triethylamine complex.
Ilczyszyn Marek, Ratajczak Henryk
Reversible proton transfer in the 2,3,5,6-tetrachlorophenol-N,N-dimethylaniline hydrogen-bonded complex studied by low-temperature 1H NMR spectroscopy.
Ilczyszyn Marek, Ratajczak Henryk, Ladd J. A.