Marcin Czapla
Marcin Czapla
Wydział Chemii Uniwersytet Gdański
Verified email at ug.edu.pl
TitleCited byYear
Strength of the Lewis–Brønsted superacids containing In, Sn, and Sb and the electron binding energies of their corresponding superhalogen anions
M Czapla, P Skurski
The Journal of Physical Chemistry A 119 (51), 12868-12875, 2015
442015
The existence and gas phase acidity of the HAlnF3n+ 1 superacids (n= 1–4)
M Czapla, P Skurski
Chemical Physics Letters 630, 1-5, 2015
382015
Does the protonation of superhalogen anions always lead to superacids?
M Czapla, I Anusiewicz, P Skurski
Chemical Physics 465, 46-51, 2016
212016
The saturation of the gas phase acidity of n HF/AlF 3 and n HF/GeF 4 (n= 1–6) superacids caused by increasing the number of surrounding HF molecules
M Czapla, I Anusiewicz, P Skurski
RSC advances 6 (35), 29314-29325, 2016
172016
Toward the preparation of the HAuF6, HAu2F11, and HAu3F16 superacids: Theoretical study
M Czapla, P Skurski
International Journal of Quantum Chemistry 118 (4), e25494, 2018
152018
Mechanisms of carbon monoxide hydrogenation yielding formaldehyde catalyzed by the representative strong mineral acid, H 2 SO 4, and Lewis–Brønsted superacid, HF/AlF 3
O Rybacka, M Czapla, P Skurski
Physical Chemistry Chemical Physics 19 (27), 18047-18054, 2017
152017
Ionizing benzene with superhalogens
M Czapla, S Freza, P Skurski
Chemical Physics Letters 619, 32-35, 2015
152015
The HAlF 4 superacid fragmentation induced by an excess electron attachment
M Czapla, P Skurski
Physical Chemistry Chemical Physics 17 (29), 19194-19201, 2015
112015
The formation of formaldehyde via the carbon monoxide hydrogenation catalyzed by the HSbF6 superacid
O Rybacka, M Czapla, P Skurski
Theoretical Chemistry Accounts 136 (12), 140, 2017
92017
Dissociative electron attachment to HGaF 4 Lewis–Brønsted superacid
M Czapla, J Simons, P Skurski
Physical Chemistry Chemical Physics 20 (33), 21739-21745, 2018
62018
Oxidizing CO 2 with superhalogens
M Czapla, P Skurski
Physical Chemistry Chemical Physics 19 (7), 5435-5440, 2017
42017
Formation of enormously strongly bound anionic clusters predicted in binary superacids
M Czapla, O Ciepła, J Brzeski, P Skurski
The Journal of Physical Chemistry A 122 (43), 8539-8548, 2018
32018
Uncatalyzed peptide bond formation between two double amino acid molecules in the gas phase
M Czapla, S Freza
International Journal of Quantum Chemistry 117 (21), e25435, 2017
32017
Dinuclear superhalogen anions containing two different central atoms
M Czapla
Journal of Fluorine Chemistry 199, 97-102, 2017
32017
Polynuclear Li12F13 anion as a steric shielding agent with respect to selected metal ions
M Czapla
Theoretical Chemistry Accounts 135 (9), 231, 2016
22016
The mechanism of tert-butylthiol formation via hydrosulfurization of isobutene catalyzed by superacids (HBF4, HAsF6, and HSbF6)
J Brzeski, M Czapla, P Skurski
Chemical Physics Letters 732, 136641, 2019
12019
Selected boron, aluminum, and gallium trihalide and trihydride anions
J Brzeski, M Czapla, P Skurski, J Simons
Chemical Physics 482, 387-392, 2017
12017
Icosahedral carborane superacids and their conjugate bases comprising H, F, Cl, and CN substituents: a theoretical investigation of monomeric and dimeric cages
J Brzeski, M Czapla, P Skurski
ChemPlusChem 85 (2), 312-318, 2020
2020
The presence of two different central atoms increases the strength of Lewis-Brønsted superacids
A Cyraniak, P Skurski, M Czapla
Chemical Physics Letters 717, 77-81, 2019
2019
Functionalized ACC molecule as an effective peptide clasp
M Czapla, S Freza
Chemical Physics Letters 703, 52-55, 2018
2018
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Articles 1–20