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Author ID: katauskis.p-p Recent zbMATH articles by "Katauskis, P. P."
Published as: Katauskis, P. P.
Documents Indexed: 24 Publications since 1989
Co-Authors: 1 Co-Author with 14 Joint Publications
15 Co-Co-Authors

Publications by Year

Citations contained in zbMATH Open

13 Publications have been cited 5 times in 4 Documents Cited by Year
Numerical study of the kinetics of unimolecular heterogeneous reactions onto planar surfaces. Zbl 1238.92079
Skakauskas, V.; Katauskis, P.
8
2012
Modelling dimer-dimer reactions on supported catalysts. Zbl 1331.92181
Skakauskas, V.; Katauskis, P.
7
2015
Spillover in monomer-monomer reactions on supported catalysts: dynamic mean-field study. Zbl 1311.92224
Skakauskas, V.; Katauskis, P.
7
2014
Numerical solving of coupled systems of parabolic and ordinary differential equations. Zbl 1227.35024
Skakauskas, V.; Katauskis, P.
6
2010
Product desorption rate influence on catalytic reactivity of spatially inhomogeneous surfaces. Zbl 1264.92059
Skakauskas, V.; Katauskis, P.
4
2013
Unique solvability of the problem of magnetization of a medium of single- domain particles in the planar case. Zbl 0692.65065
Skakauskas, V. I.; Katauskis, P. P.
3
1989
Numerical study of CO oxidation by \(\mathrm{N}_2\mathrm{O}\) reaction over supported catalysts. Zbl 1345.92173
Skakauskas, V.; Katauskis, P.
3
2016
Numerical study of long-range surface diffusion influence on catalytic reactivity of spatially inhomogeneous planar surfaces. Zbl 1258.92048
Skakauskas, V.; Katauskis, P.
3
2013
Solvability of a nonlinear magnetization problem. Zbl 0786.35004
Katauskis, P.
2
1991
Solvability of a problem of magnetization. Zbl 0782.35077
Katauskis, P. P.
2
1991
Modelling of the NO + CO reaction over inhomogeneous surfaces. Zbl 1410.92183
Skakauskas, V.; Katauskis, P.; Čiegis, R.
2
2018
Three mean-field models for bimolecular reactions proceeding on planar supported catalysts. Zbl 1328.92094
Skakauskas, V.; Katauskis, P.
1
2015
Modelling of the “surface explosion” of the \(\text{NO}+\text{H}_2\) reaction over supported catalysts. Zbl 1448.92403
Skakauskas, V.; Katauskis, P.
1
2020
Modelling of the “surface explosion” of the \(\text{NO}+\text{H}_2\) reaction over supported catalysts. Zbl 1448.92403
Skakauskas, V.; Katauskis, P.
1
2020
Modelling of the NO + CO reaction over inhomogeneous surfaces. Zbl 1410.92183
Skakauskas, V.; Katauskis, P.; Čiegis, R.
2
2018
Numerical study of CO oxidation by \(\mathrm{N}_2\mathrm{O}\) reaction over supported catalysts. Zbl 1345.92173
Skakauskas, V.; Katauskis, P.
3
2016
Modelling dimer-dimer reactions on supported catalysts. Zbl 1331.92181
Skakauskas, V.; Katauskis, P.
7
2015
Three mean-field models for bimolecular reactions proceeding on planar supported catalysts. Zbl 1328.92094
Skakauskas, V.; Katauskis, P.
1
2015
Spillover in monomer-monomer reactions on supported catalysts: dynamic mean-field study. Zbl 1311.92224
Skakauskas, V.; Katauskis, P.
7
2014
Product desorption rate influence on catalytic reactivity of spatially inhomogeneous surfaces. Zbl 1264.92059
Skakauskas, V.; Katauskis, P.
4
2013
Numerical study of long-range surface diffusion influence on catalytic reactivity of spatially inhomogeneous planar surfaces. Zbl 1258.92048
Skakauskas, V.; Katauskis, P.
3
2013
Numerical study of the kinetics of unimolecular heterogeneous reactions onto planar surfaces. Zbl 1238.92079
Skakauskas, V.; Katauskis, P.
8
2012
Numerical solving of coupled systems of parabolic and ordinary differential equations. Zbl 1227.35024
Skakauskas, V.; Katauskis, P.
6
2010
Solvability of a nonlinear magnetization problem. Zbl 0786.35004
Katauskis, P.
2
1991
Solvability of a problem of magnetization. Zbl 0782.35077
Katauskis, P. P.
2
1991
Unique solvability of the problem of magnetization of a medium of single- domain particles in the planar case. Zbl 0692.65065
Skakauskas, V. I.; Katauskis, P. P.
3
1989

Cited by 1 Author

2 Katauskis, P. P.

Citations by Year