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Paweł Adamski
Paweł Adamski
Verified email at chemie.tu-chemnitz.de - Homepage
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Cited by
Year
Effect of graphene thickness on photocatalytic activity of TiO2-graphene nanocomposites
M Aleksandrzak, P Adamski, W Kukułka, B Zielinska, E Mijowska
Applied Surface Science 331, 193-199, 2015
892015
XPS study of cobalt-ceria catalysts for ammonia synthesis–The reduction process
A Sarnecki, P Adamski, A Albrecht, A Komorowska, M Nadziejko, ...
Vacuum 155, 434-438, 2018
352018
Synergistic interaction of cerium and barium-new insight into the promotion effect in cobalt systems for ammonia synthesis
A Tarka, W Patkowski, M Zybert, H Ronduda, P Wieciński, P Adamski, ...
Catalysts 10 (6), 658, 2020
232020
Ammonolysis of cobalt molybdenum oxides-in situ XRD study
P Adamski, D Moszyński, A Komorowska, M Nadziejko, A Sarnecki, ...
Inorganic Chemistry 57 (16), 9844-9850, 2018
222018
Thermal stability of catalyst for ammonia synthesis based on cobalt molybdenum nitrides
P Adamski, D Moszyński, M Nadziejko, A Komorowska, A Sarnecki, ...
Chemical Papers 73, 851-859, 2019
202019
Cobalt molybdenum nitrides co-promoted by chromium and potassium as catalysts for ammonia synthesis
D Moszyński, P Adamski, M Nadziejko, A Komorowska, A Sarnecki
Chemical Papers 72, 425-430, 2018
152018
Cobalt-molybdenum catalysts doped with cesium for ammonia synthesis
D Moszynski, P Adamski, I Pelech, W Arabczyk
Przemysł Chemiczny 94, 1399-1403, 2015
7*2015
Thermal stability of potassium-promoted cobalt molybdenum nitride catalysts for ammonia synthesis
P Adamski, W Czerwonko, D Moszyński
Catalysts 12 (1), 100, 2022
62022
Chromium-modified cobalt molybdenum nitrides as catalysts for ammonia synthesis
P Adamski, M Nadziejko, A Komorowska, A Sarnecki, A Albrecht, ...
Open Chemistry 17 (1), 127-131, 2019
62019
Structure and magnetic properties of chromium doped cobalt molybdenum nitrides
N Guskos, G Żołnierkiewicz, J Typek, A Guskos, P Adamski, D Moszyński
Journal of Solid State Chemistry 241, 205-211, 2016
42016
Doped cobalt-molybdenum catalysts for the ammonia synthesis
M Nadziejko, P Adamski, D Moszynski
Przemysl Chemiczny 99 (10), 1454-1458, 2020
22020
Synthesis of Cobalt Molybdenum Nitrides From Precursors Precipitated at Different pH
P Adamski, A Albrecht, D Moszyński
European Journal of Inorganic Chemistry, e202400043, 2024
2024
Synthesis and crystal structure of layered molybdate NH4Co2OH (MoO4) 2⋅ H2O
P Adamski, A Albrecht, D Moszyński
Powder Diffraction 38 (4), 240-243, 2023
2023
Synthesis of cobalt molybdenum nitrides by a gas-solid reaction–In situ XRPD study
P Adamski, A Albrecht, W Czerwonko, D Moszyński
Journal of Solid State Chemistry 326, 124222, 2023
2023
The Influence of Potassium Promotion on the Structural Properties of Cobalt Molybdenum Nitrides in Ammonia Synthesis
P Adamski, W Czerwonko, A Albrecht, D Moszyński
Catalysts 13 (8), 1158, 2023
2023
Katalizatory kobaltowo-molibdenowe syntezy amoniaku
P Adamski
Zachodniopomorski Uniwersytet Technologiczny w Szczecinie, 2022
2022
In situ XRPD analysis of active carbon supported Co–Mo ammonia synthesis catalyst activation
A Wojciechowska, P Adamski, A Albrecht, A Jurkowski
Acta Crystallographica Section A: Foundations and Advances 77, C14041-C14041, 2021
2021
In situ XRPD study of ammonolysis of cobalt–molybdenum ammonia synthesis catalysts with defined Co to Mo ratio
P Adamski, A Albrecht, D Moszyński
Acta Crystallographica Section A: Foundations and Advances 77, C1044-C1044, 2021
2021
How does precipitation pH affect structural transformations during activation of Co–Mo catalyst? In situ XPRD study
A Albrecht, P Adamski, M Nadziejko, D Moszyński
Acta Crystallographica Section A: Foundations and Advances 77, C1043-C1043, 2021
2021
Dependence of wustite based iron catalyst crystallite size on ammonia synthesis reaction analysed by in-situ XRPD
A Jurkowski, P Adamski, A Albrecht, A Wojciechowska, Z Lendzion-Bieluń
Acta Crystallographica Section A: Foundations and Advances 77, C1042-C1042, 2021
2021
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