The numerical solution of the imaginary-axis Eliashberg equations R Szczęśniak
Acta Physica Polonica A 109 (2), 179-186, 2006
102 2006 Superconductivity of IA Kruglov, DV Semenok, H Song, R Szczęśniak, IA Wrona, R Akashi, ...
Physical Review B 101 (2), 024508, 2020
100 2020 Atomically Thin 1T-FeCl2 Grown by Molecular-Beam Epitaxy X Zhou, B Brzostowski, A Durajski, M Liu, J Xiang, T Jiang, Z Wang, ...
The Journal of Physical Chemistry C 124 (17), 9416-9423, 2020
70 2020 Non-BCS thermodynamic properties of H2S superconductor AP Durajski, R Szczęśniak, Y Li
Physica C: Superconductivity and its Applications 515, 1-6, 2015
70 2015 High‐temperature study of superconducting hydrogen and deuterium sulfide AP Durajski, R Szczȩśniak, L Pietronero
Annalen der Physik 528 (5), 358-364, 2016
62 2016 Quantum steering and entanglement in three-mode triangle Bose–Hubbard system JK Kalaga, W Leoński, R Szczȩśniak
Quantum Information Processing 16, 1-19, 2017
61 2017 The superconducting state in metallic hydrogen under pressure at 2000 gpa R Szczȩs̀niak, MW Jarosik
Solid state communications 149 (45-46), 2053-2057, 2009
57 2009 First-principles study of superconducting hydrogen sulfide at pressure up to 500 GPa AP Durajski, R Szczęśniak
Scientific Reports 7 (1), 4473, 2017
47 2017 Pairing Mechanism for the High-TC Superconductivity: Symmetries and Thermodynamic Properties R Szczęśniak
PloS One 7 (4), e31873, 2012
44 2012 Pressure-induced superconductivity in the fcc phase of lithium: Strong-couplingapproach R Szcze, MW Jarosik, D Szcze
Physica B: Condensed Matter 405 (24), 4897-4902, 2010
42 2010 Superconductivity in bilayer graphene intercalated with alkali and alkaline earth metals AP Durajski, KM Skoczylas, R Szczȩśniak
Physical Chemistry Chemical Physics 21 (11), 5925-5931, 2019
41 2019 Superconducting state above the boiling point of liquid nitrogen in the GaH3 compound R Szczȩśniak, AP Durajski
Superconductor Science and Technology 27 (1), 015003, 2013
40 2013 The selected thermodynamic properties of the strong-coupled superconductors in the van Hove scenario R Szczȩśniak
Solid state communications 138 (7), 347-352, 2006
40 2006 From LaH10 to room–temperature superconductors M Kostrzewa, KM Szczęśniak, AP Durajski, R Szczęśniak
Scientific reports 10 (1), 1592, 2020
38 2020 Pressure effects on the unconventional superconductivity of noncentrosymmetric B Wiendlocha, R Szczȩśniak, AP Durajski, M Muras
Physical Review B 94 (13), 134517, 2016
37 2016 Influence of lithium doping on the thermodynamic properties of graphene based superconductors D Szczȩśniak, AP Durajski, R Szczȩśniak
Journal of Physics: Condensed Matter 26 (25), 255701, 2014
36 2014 Isotope effect in superconducting lanthanum hydride under high compression AP Durajski, R Szczęśniak, Y Li, C Wang, JH Cho
Physical Review B 101 (21), 214501, 2020
33 2020 Study of the superconducting phase in silicene under biaxial tensile strain AP Durajski, D Szczȩśniak, R Szczȩśniak
Solid state communications 200, 17-21, 2014
32 2014 The thermodynamic properties of the MgB2 superconductor: The two-band Eliashberg equations R Szczȩs̀niak
Solid state communications 145 (3), 137-142, 2008
32 2008 Superconducting state in the atomic metallic hydrogen just above the pressure of the molecular dissociation R Szcze, D Szcze, EA Drzazga
Solid state communications 152 (22), 2023-2026, 2012
30 2012 
Artur P. DurajskiInstitute of Physics, Częstochowa University of TechnologyEmail verificata su wip.pcz.pl